<?xml version="1.0"?>
<PM xmlns:xi="http://www.w3.org/2001/XInclude" id="">
	<description>This document defines the performance counters for SIU02</description>
	  
   <Capabilities>
          <CounterCapabilities>
            <DeliveryTarget>STN</DeliveryTarget>
         </CounterCapabilities>   
    </Capabilities>
	<data>
		<moc name="E1T1Interface">
			<description>The MO class E1T1Interface represents attributes of an interface to an E1/T1 communications medium. An E1/T1 interface is used to connect the STN to a base station or other node. One E1T1Interface instance represents one physical interface (port).</description>
			<group>
				<counter measurementType="ifInOctets">
					<measurementName>ifInOctets</measurementName>
					<description>Total number of octets received on the interface, including framing characters.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInErrors">
					<measurementName>ifInErrors</measurementName>
					<description>Number of inbound packets that contained error preventing them from being deliverable to higher-layer protocol.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutOctets">
					<measurementName>ifOutOctets</measurementName>
					<description>Total number of octets transmitted on the interface, including framing characters.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutErrors">
					<measurementName>ifOutErrors</measurementName>
					<description>Number of outbound packets that could not be transmitted because of errors.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="erroredBlocks">
					<measurementName>erroredBlocks</measurementName>
					<description>The number blocks received containing bit errors.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="erroredSeconds">
					<measurementName>erroredSeconds</measurementName>
					<description>The number of seconds in which one or more blocks received had bit errors.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="severelyErroredSeconds">
					<measurementName>severelyErroredSeconds</measurementName>
					<description>The number of seconds in which the number of received blocks with bit errors exceeded 30% of the traffic.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="backgroundBlockErrors">
					<measurementName>backgroundBlockErrors</measurementName>
					<description>The number of blocks received with bit errors in them but without said blocks having been received within a severely errored second.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="unavailableTime">
					<measurementName>unavailableTime</measurementName>
					<description>The amount of time in seconds during which the line was unavailable as defined by ITU G.826.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>																				
			</group>
		</moc>
		<moc name="EthernetInterface">
			<description>The MO class EthernetInterface represents attributes of an interface to an Ethernet communications medium. An Ethernet interface is used to connect the STN to a LAN or a WAN. One EthernetInterface instance represents one physical interface (port).</description>
			<group>
				<counter measurementType="ifHCInOctets">
					<measurementName>ifHCInOctets</measurementName>
					<description>Total number of octets received on the interface, including framing characters</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutOctets">
					<measurementName>ifHCOutOctets</measurementName>
					<description>Total number of octets transmitted on the interface, including framing characters</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInErrors">
					<measurementName>ifInErrors</measurementName>
					<description>Number of inbound packets that contained error preventing them from being deliverable to higher-layer protocol</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutErrors">
					<measurementName>ifOutErrors</measurementName>
					<description>Number of outbound packets that could not be transmitted because of errors.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCInUcastPkts">
					<measurementName>ifHCInUcastPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-) layer, which were not addressed to a multicast or broadcast address at this sub-layer.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutUcastPkts">
					<measurementName>ifHCOutUcastPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted, and which were not addressed to a multicast or broadcast address at this sub-layer, including those that were discarded or not sent.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInDiscards">
					<measurementName>ifInDiscards</measurementName>
					<description>The number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher-layer protocol.  One           possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutDiscards">
					<measurementName>ifOutDiscards</measurementName>
					<description>The number of outbound packets which were chosen to be discarded even though no errors had been detected to prevent their being transmitted.  One possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCInBroadcastPkts">
					<measurementName>ifHCInBroadcastPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-) layer, which were addressed to a broadcast address at this sub-layer.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutBroadcastPkts">
					<measurementName>ifHCOutBroadcastPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted, and which were addressed to a broadcast address at this sub-layer, including those that were discarded or not sent.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCInMulticastPkts">
					<measurementName>ifHCInMulticastPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-) layer, which were addressed to a multicast address at this sub-layer.  For a MAC layer protocol, this includes both Group and Functional addresses.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutMulticastPkts">
					<measurementName>ifHCOutMulticastPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted, and which were addressed to a multicast address at this sub-layer, including those that were discarded or not sent.  For a MAC layer protocol, this includes both Group and Functional addresses.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInUnknownProtos">
					<measurementName>ifInUnknownProtos</measurementName>
					<description>The number of frames received, via the interface, which were discarded because of an unknown or unsupported protocol.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="globalFrameDiscard">
					<measurementName>globalFrameDiscard</measurementName>
					<description>This is a global counter (the same value is shown on all MO EthernetInterface instances) showing the number of frames discarded because of ingress queue overflow</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="HDLCPWEChannel">
			<description>The MO class HDLCPWEChannel represents attributes for a HDLC pseudo wire emulation (PWE) transport</description>
			<group>
				<counter measurementType="inHDLCFrames">
					<measurementName>inHDLCFrames</measurementName>
					<description>Number of HDLC frames received uplink by the PWE channel on the E1/T1 interface.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outHDLCFrames">
					<measurementName>outHDLCFrames</measurementName>
					<description>Number of HDLC frames handled by the PWE channel downlink. This includes both frames sent  to the HDLC application and discarded frames</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inHDLCFramesErrors">
					<measurementName>inHDLCFramesErrors</measurementName>
					<description>Number of uplink HDLC frames lost due to errors (for example CRC errors).</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outHDLCFramesLost">
					<measurementName>outHDLCFramesLost</measurementName>
					<description>Number of lost downlink HDLC frames due to missing fragments on IP.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outHDLCFramesDiscarded">
					<measurementName>outHDLCFramesDiscarded</measurementName>
					<description>Number of discarded downlink HDLC frames due to overflow in the send buffer.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inHDLCOctets">
					<measurementName>inHDLCOctets</measurementName>
					<description>Number of octets received in the HDLC frames on the E1/T1 interface, including header, CRC and flags..</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outHDLCOctets">
					<measurementName>outHDLCOctets</measurementName>
					<description>Number of octets sent in the HDLC frames on the E1/T1 interface, including header, CRC and flags..</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inIPPackets">
					<measurementName>inIPPackets</measurementName>
					<description>Number of UDP packets received from the PWGW.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outIPPackets">
					<measurementName>outIPPackets</measurementName>
					<description>Number of UDP packets sent to PWGW.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inIPPacketsLost">
					<measurementName>inIPPacketsLost</measurementName>
					<description>Number of lost UDP packet from PWGW based on sequence number.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inIPOctets">
					<measurementName>inIPOctets</measurementName>
					<description>Number of lost UDP packet from PWGW based on sequence number.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outIPOctets">
					<measurementName>outIPOctets</measurementName>
					<description>Number of UDP payload octets received from the PWGW.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="IPInterface">
			<description>The MO class IPInterface represents attributes of an interface to an IP stack.</description>
			<group>
				<counter measurementType="ipIfStatsHCInReceives">
					<measurementName>ipIfStatsHCInReceives</measurementName>
					<description>The total number of input IP datagrams received, including those received in error.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInHdrErrors">
					<measurementName>ipIfStatsInHdrErrors</measurementName>
					<description>The number of input IP datagrams discarded due to errors in their IP headers, including version number mismatch, other format errors, hop count exceeded, errors discovered in processing their IP options, etc.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInAddrErrors">
					<measurementName>ipIfStatsInAddrErrors</measurementName>
					<description>The number of input IP datagrams discarded because the IP address in their IP headers destination field was not a valid address to be received at this entity. This count includes invalid addresses . For entities that are not IP routers and therefore do not forward datagrams, this counter includes datagrams discarded because the destination address was not a local address.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInUnknownProtos">
					<measurementName>ipIfStatsInUnknownProtos</measurementName>
					<description>The number of locally addressed datagrams received successfully but discarded because of an unknown or unsupported protocol.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCInDelivers">
					<measurementName>ipIfStatsHCInDelivers</measurementName>
					<description>The total number of input datagrams successfully delivered to IP user-protocols (including ICMP).</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInDiscards">
					<measurementName>ipIfStatsInDiscards</measurementName>
					<description>The number of input IP datagrams for which no problems were encountered to prevent their continued processing, but which were discarded                    (e.g., for lack of buffer space). Note that this counter does not include any datagrams discarded while awaiting re-assembly.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCOutRequests">
					<measurementName>ipIfStatsHCOutRequests</measurementName>
					<description>The total number of IP datagrams which local IP user_protocols (including ICMP) supplied to IP in requests for transmission.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsOutDiscards">
					<measurementName>ipIfStatsOutDiscards</measurementName>
					<description>The number of output IP datagrams for which no problem was encountered to prevent their transmission to their destination, but which were discarded (e.g., for lack of buffer space).</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCInOctets">
					<measurementName>ipIfStatsHCInOctets</measurementName>
					<description>The total number of octets received in input IP datagrams, including those received in error.  Octets from datagrams counted in ipIfStatsInHCReceives MUST be counted here.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCOutTransmits">
					<measurementName>ipIfStatsHCOutTransmits</measurementName>
					<description>The total number of IP datagrams that this entity supplied to the lower layers for transmission.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCOutOctets">
					<measurementName>ipIfStatsHCOutOctets</measurementName>
					<description>The total number of octets in IP datagrams delivered to the lower layers for transmission.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCInForwDatagrams">
					<measurementName>ipIfStatsHCInForwDatagrams</measurementName>
					<description>The number of input datagrams for which this entity was not their final IP destination and for which this entity attempted to find a route to forward them to that final destination</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCOutForwDatagrams">
					<measurementName>ipIfStatsHCOutForwDatagrams</measurementName>
					<description>The number of datagrams for which this entity was not their final IP destination and for which this entity was successful in finding a path to their final destination.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInNoRoutes">
					<measurementName>ipIfStatsInNoRoutes</measurementName>
					<description>The number of input IP datagrams discarded because no route could be found to transmit them to their destination.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="LocalConnect">
			<description>The MO class LocalConnect represents attributes of the Local Connectivity Function (LCF). LCF is used to directly connect the speech of two ends of the same call. Only one LocalConnect instance can be created</description>
			<group>
				<counter measurementType="totalMoCalls">
					<measurementName>totalMoCalls</measurementName>
					<description>A counter that counts all the MO calls in the STN site, and triggered when a Connect message is sent to a MS</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="totalMtCalls">
					<measurementName>totalMtCalls</measurementName>
					<description>A counter that calls all the MT calls in the STN site, and triggered when a Connect message is sent from a MS</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="totalLocalCalls">
					<measurementName>totalLocalCalls</measurementName>
					<description>A counter that counts the number of locally switched calls in the STN site. Note that the counter shall count calls and not call ends. Counter name shall be called and trigger is that a local switching is activated for a new call.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="handoverMaintained">
					<measurementName>handoverMaintained</measurementName>
					<description>This counter, shall count the number of handovers that are within the STN site and where local switching is maintained. Trigger is a change in the local switching information redirecting the speech to the new timeslot.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="handoverOut">
					<measurementName>handoverOut</measurementName>
					<description>This is a counter for handovers where local switching is not maintained due to that STN isnt able to match the target channel to one of the handled target channels. Note that this counter will be updated also for cases where the handover is within the STN site but the STN lack information to identify the target channel.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="handoverTotal">
					<measurementName>handoverTotal</measurementName>
					<description>This is a counter for the total number of handovers for locally switched calls. Trigger is a HandoverCommand or an AssignmentCommand sent to a MS involved in a locally switched call.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="callsAccumulator">
					<measurementName>callsAccumulator</measurementName>
					<description>The callsAccumulator and callsScan counters are used to calculate the amount of calls, i.e. the number of Erlang that are locally switched. Those counters are not event-driven as the other counters, but instead every 10th second the following pseudo-code shall be executed:
ACCUMULATOR += number of call ends currently being locally switched
SCAN +=1
Average Erlang is then calculated (manually or by OSS, not by STN) as as callsAccumulator /callsScan.
</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="callsScan">
					<measurementName>callsScan</measurementName>
					<description/>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="suspendedOther">
					<measurementName>suspendedOther</measurementName>
					<description>This is a counter for the number of calls where local switching has permanently been suspended for any other reason than handover out from the STN site, e.g. due to supplementary services.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="localSwitchedData">
					<measurementName>localSwitchedData</measurementName>
					<description>The total amount of octets (bytes) that are switched locally</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="ML-PPP">
			<description>The MO class ML-PPP represents attributes for a multilink PPP communication medium.  ML-PPP is used to get an IP connection over a bundle of E1/T1 links. One ML-PPP instance represents a group of PPP links</description>
			<group>
				<counter measurementType="ifHCInPkts">
					<measurementName>ifHCInPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-)layer.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutPkts">
					<measurementName>ifHCOutPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted including those that were discarded or not sent.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInErrors">
					<measurementName>ifInErrors</measurementName>
					<description>Number of inbound packets that contained error preventing them from being deliverable to higher-layer protocol</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInUnknownProtos">
					<measurementName>ifInUnknownProtos</measurementName>
					<description>The number of frames received, via the interface, which were discarded because of an unknown or unsupported protocol.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInDiscards">
					<measurementName>ifInDiscards</measurementName>
					<description>The number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher-layer protocol.  One possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutErrors">
					<measurementName>ifOutErrors</measurementName>
					<description>Number of outbound packets that could not be transmitted because of errors</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutDiscards">
					<measurementName>ifOutDiscards</measurementName>
					<description>The number of outbound packets which were chosen to be discarded even though no errors had been detected to prevent their being transmitted.  One possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="PingMeasurement">
			<description>The MO class PingMeasurement represents attributes for a measurement job, measuring the connection quality by means of packet delay distribution (including average and excessive delays) between the STN and a defined host.</description>
			<group>
				<counter measurementType="pingDelayAverage">
					<measurementName>pingDelayAverage</measurementName>
					<description>Average delay of packets received. Measured in 1/10 ms.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingPacketCount">
					<measurementName>pingPacketCount</measurementName>
					<description>Number of packets received</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountLT25">
					<measurementName>pingDelayCountLT25</measurementName>
					<description>Number of packets received in 0% - 25% of pingTimeout</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountLT50">
					<measurementName>pingDelayCountLT50</measurementName>
					<description>Number of packets received in 25% - 50% of pingTimeout</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountLT75">
					<measurementName>pingDelayCountLT75</measurementName>
					<description>Number of packets received in 50% - 75% of pingTimeout</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountLT100">
					<measurementName>pingDelayCountLT100</measurementName>
					<description>Number of packets received in 75% - 100% of pingTimeout</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountGT100">
					<measurementName>pingDelayCountGT100</measurementName>
					<description>Number of packets not received or timed out.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="Policy">
			<description>The MO class Policy represents attributes for a named set of criteria with a policy action that should be applied on traffic flows with selection criteria matching those of the policy. The MO class Policy is contained by the MO class Security. Examples of policy controlled areas are IPsec, access control lists (ACLs) and firewall protections</description>
			<group>
				<counter measurementType="inPacketsHandled">
					<measurementName>inPacketsHandled</measurementName>
					<description>Number of inbound packets handled by the policy.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outPacketsHandled">
					<measurementName>outPacketsHandled</measurementName>
					<description>Number of outbound packets handled by the policy.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inPacketsDiscarded">
					<measurementName>inPacketsDiscarded</measurementName>
					<description>Number of inbound packets discarded due to the policy.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outPacketsDiscarded">
					<measurementName>outPacketsDiscarded</measurementName>
					<description>Number of outbound packets discarded due to the policy.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="PPP">
			<description>The MO class PPP represents attributes for a PPP link communication medium</description>
			<group>
				<counter measurementType="ifHCInOctets">
					<measurementName>ifHCInOctets</measurementName>
					<description>The total number of octets received on the interface, including framing characters.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutOctets">
					<measurementName>ifHCOutOctets</measurementName>
					<description>The total number of octets transmitted out of the interface, including framing characters.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCInPkts">
					<measurementName>ifHCInPkts</measurementName>
					<description>The number of packets/frames, delivered by this sub-layer to a higher (sub-)layer.
Note: PPP do not distinguish between different types of packets/frames like eg. Plain PPP and MLPPP
</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutPkts">
					<measurementName>ifHCOutPkts</measurementName>
					<description>The total number of packets/frames that higher-level protocols requested be transmitted including those that were discarded or not sent.
Note: PPP do not distinguish between different types of packets like eg. Plain PPP and MLPPP.
</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInErrors">
					<measurementName>ifInErrors</measurementName>
					<description>Number of inbound packets/frames that contained error preventing them from being deliverable to higher-layer protocol</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInUnknownProtos">
					<measurementName>ifInUnknownProtos</measurementName>
					<description>The number of frames received, via the interface, which were discarded because of an unknown or unsupported protocol.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInDiscards">
					<measurementName>ifInDiscards</measurementName>
					<description>The number of inbound packets/frames which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher-layer protocol.  One possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutErrors">
					<measurementName>ifOutErrors</measurementName>
					<description>Number of outbound packets/frames that could not be transmitted because of errors</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutDiscards">
					<measurementName>ifOutDiscards</measurementName>
					<description>The number of outbound packets/frames which were chosen to be discarded even though no errors had been detected to prevent their being transmitted.  One possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="PPPoE">
			<description>The MO class SN_PPPoE represents attributes of a PPP over Ethernet interface. A PPPoE interface is used to connect the SxN to a broadband access node (BRAS or BRAS+LNS). Only one SN_PPPoE instance can be created</description>
			<group>
				<counter measurementType="ifHCInOctets">
					<measurementName>ifHCInOctets</measurementName>
					<description>The total number of octets received on the interface, including framing characters.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutOctets">
					<measurementName>ifHCOutOctets</measurementName>
					<description>The total number of octets transmitted out of the interface, including framing characters.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCInPkts">
					<measurementName>ifHCInPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-) layer.
Note: PPPoE do not distinguish between different types of packets, for example unicast and multicast.
</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutPkts">
					<measurementName>ifHCOutPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested to be transmitted, including those that were discarded or not sent.
Note: PPPoE do not distinguish between different types of packets, for example unicast and multicast.
</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInErrors">
					<measurementName>ifInErrors</measurementName>
					<description>The number of inbound packets that contained error preventing them from being deliverable to higher-layer protocol</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInUnknownProtos">
					<measurementName>ifInUnknownProtos</measurementName>
					<description>The number of frames received, via the interface, which were discarded because of an unknown or unsupported protocol.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInDiscards">
					<measurementName>ifInDiscards</measurementName>
					<description>The number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent them being deliverable to a higher-layer protocol.  One possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutErrors">
					<measurementName>ifOutErrors</measurementName>
					<description>The number of outbound packets that could not be transmitted because of errors.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutDiscards">
					<measurementName>ifOutDiscards</measurementName>
					<description>The number of outbound packets which were chosen to be discarded even though no errors had been detected to prevent them being transmitted.  One possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="PST">
			<description/>
			<group>
				<counter measurementType="CPU_Load">
					<measurementName>CPU_Load</measurementName>
					<description>CPU Load of the system in %.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipInReceives">
					<measurementName>ipInReceives</measurementName>
					<description>The total number of input datagrams received from interfaces, including those received in error.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipInHdrErrors">
					<measurementName>ipInHdrErrors</measurementName>
					<description>The number of input datagrams discarded due to errors in their IP headers, including bad checksums, version number mismatch, other format errors, time_to_live exceeded, errors discovered in processing their IP options, etc.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipInAddrErrors">
					<measurementName>ipInAddrErrors</measurementName>
					<description>The number of input datagrams discarded because the IP address in their IP headers destination field was not a valid address to be received at this entity. This count includes invalid addresses (e.g., 0.0.0.0) and addresses of unsupported Classes (e.g., Class E). Includes datagrams discarded because the destination address was not a local address.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipInUnknownProtos">
					<measurementName>ipInUnknownProtos</measurementName>
					<description>The number of locally addressed datagrams received successfully but discarded because of an unknown or unsupported protocol.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipOutRequests">
					<measurementName>ipOutRequests</measurementName>
					<description>The total number of IP datagrams which local IP user_protocols (including ICMP) supplied to IP in requests for transmission.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInUcastPkts">
					<measurementName>ifInUcastPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-)layer, which were not addressed to a multicast or broadcast address at this sub-layer.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInBroadcastPkts">
					<measurementName>ifInBroadcastPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-)layer, which were addressed to a broadcast address at this sub-layer.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInMulticastPkts">
					<measurementName>ifInMulticastPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-)layer, which were addressed to a multicast address at this sub-layer.  For a MAC layer protocol, this includes both Group and Functional addresses.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutUcastPkts">
					<measurementName>ifOutUcastPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted, and which were not addressed to a multicast or broadcast address at this sub-layer, including those that were discarded or not sent.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutBroadcastPkts">
					<measurementName>ifOutBroadcastPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted, and which were addressed to a broadcast address at this sub-layer, including those that were discarded or not sent.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutMulticastPkts">
					<measurementName>ifOutMulticastPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted, and which were addressed to a multicast address at this sub-layer, including those that were discarded or not sent. For a MAC layer protocol, this includes both Group and Functional addresses.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inAbisOctets">
					<measurementName>inAbisOctets</measurementName>
					<description>No of octets received from the BSC. The counters count Transport Session packets, i.e. Control Connection messages are not included.  The Octets counters count the load contributed by Transport Session packets at the IP level, i.e. each packet increments the counter with the length of the entire IP packet, including IP header.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outAbisOctets">
					<measurementName>outAbisOctets</measurementName>
					<description>No of octets send to the BSC The counters count Transport Session packets, i.e. Control Connection messages are not included.  The Octets counters count the load contributed by Transport Session packets at the IP level, i.e. each packet increments the counter with the length of the entire IP packet, including IP header.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inAbisPackets">
					<measurementName>inAbisPackets</measurementName>
					<description>No of L2TP packets received from the BSC.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outAbisPackets">
					<measurementName>outAbisPackets</measurementName>
					<description>No of L2TP packets send to the BSC.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inAbisPacketsErrors">
					<measurementName>inAbisPacketsErrors</measurementName>
					<description>No of L2TP packets received with checksum errors or being lost.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="PGW_PSTU_NetworkDelay">
					<measurementName>PGW_PSTU_NetworkDelay</measurementName>
					<description>Average network round trip delay in microseconds for packets between PGW and PSTU</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="TS_NoTS_Reselections">
					<measurementName>TS_NoTS_Reselections</measurementName>
					<description>The number of performed successful Time Server reselections</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="PGW_PSTU_NetworkDelay_StdDeviation">
					<measurementName>PGW_PSTU_NetworkDelay_StdDeviation</measurementName>
					<description>Standard deviation in microseconds for network round trip delay for packets between PGW and PSTU</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="Queue">
			<description>The MO class Queue represents attributes for a Queue. Each Queue instance corresponds to a specific set of DSCPs and is used to differentiate IP traffic transmission scheduling, based on the different quality of service needs. The MO Queue is contained by the MO IPInterface.</description>
			<group>
				<counter measurementType="diffServAlgDropOctets">
					<measurementName>diffServAlgDropOctets</measurementName>
					<description>The number of octets that have been deterministically dropped</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropPkts">
					<measurementName>diffServAlgDropPkts</measurementName>
					<description>The number of packets that have been deterministically dropped</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="averageDelay">
					<measurementName>averageDelay</measurementName>
					<description>Average packet delays in queue. Measured in 1/10 of milliseconds.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="packetQueued">
					<measurementName>packetQueued</measurementName>
					<description>The number of???packets that have been queued.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="Security">
			<description>The MO Class Security represents attributes for IPsec and firewall related functionality. When it is appropriate to protect communication in a generic way at the IP transport layer, policies and security associations can be defined for that purpose. The Security MO contains policies (MO Policy) and security associations (MO ManualSAPair).</description>
			<group>
				<counter measurementType="ipsecInPacketDiscardNoPol">
					<measurementName>ipsecInPacketDiscardNoPol</measurementName>
					<description>Number of inbound packets that were discarded because a matching policy was not found.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipsecOutPacketDiscardNoPol">
					<measurementName>ipsecOutPacketDiscardNoPol</measurementName>
					<description>Number of outbound packets that were discarded because a matching policy was not found.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="STN">
			<description>The MO class STN represents the complete STN (Site Transport Node for RBS) entity. The STN is a BSS network element, basically providing IP connectivity.</description>
			<group>
				<counter measurementType="CPU_Load">
					<measurementName>CPU_Load</measurementName>
					<description>CPU Load of the powerquick in %.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="failedPMUploads">
					<measurementName>failedPMUploads</measurementName>
					<description>Number of failed attempts to upload PM files.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="SuperChannel">
			<description>The MO class SuperChannel represents attributes for a Super Channel. A Super Channel is a set of several contiguous timeslots on an E1/T1 interface, used together as a wideband connection on Abis lower. A SuperChannel MO is contained by a TGTransport MO.</description>
			<group>
				<counter measurementType="SC_FramesLostDownlink">
					<measurementName>SC_FramesLostDownlink</measurementName>
					<description>The number of frames dropped by the SC buffer (downlink). Drops are caused by e g temporary overload, or link failure.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="SC_FramesDownlink">
					<measurementName>SC_FramesDownlink</measurementName>
					<description>The total number of frames handled by the SC buffer (downlink), including both dropped and sent.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="SC_FramesUplink">
					<measurementName>SC_FramesUplink</measurementName>
					<description>The number of frames received by the SC buffer (uplink).</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="SC_InOctets">
					<measurementName>SC_InOctets</measurementName>
					<description>Number of ingress octets received, corresponding to the number of ingress frames received.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="SC_OutOctets">
					<measurementName>SC_OutOctets</measurementName>
					<description>Number of egress octets sent, corresponding to the number of egress frames sent</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="SC_InError">
					<measurementName>SC_InError</measurementName>
					<description>Number of ingress frames discarded due to errors in the frame, for example malformed header or FCS mismatch.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="Synchronization">
			<description>The MO class Synchronization represents attributes for time synchronization towards the BTS. The Synchronization MO contains a set of time servers (MO TimeServer) possible to use at synchronization</description>
			<group>
				<counter measurementType="TS_NoTS_Reselections">
					<measurementName>TS_NoTS_Reselections</measurementName>
					<description>The number of performed Time Server reselections to valid IP addresses (not 0.0.0.0), regardless if the new Time Server answered or not.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="TGTransport">
			<description>The MO class TGTransport represents attributes for the transport function between a BSC and one TG in a BTS. Each instance of a TGTransport MO contains a set of super channels (MO SuperChannel).</description>
			<group>
				<counter measurementType="inAbisOctets">
					<measurementName>inAbisOctets</measurementName>
					<description>No of octets received from the BSC. The counters count Transport Session packets, i.e. Control Connection messages are not included.  The Octets counters count the load contributed by Transport Session packets at the IP level, i.e. each packet increments the counter with the length of the entire IP packet, including IP header.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outAbisOctets">
					<measurementName>outAbisOctets</measurementName>
					<description>No of octets send to the BSC The counters count Transport Session packets, i.e. Control Connection messages are not included.  The Octets counters count the load contributed by Transport Session packets at the IP level, i.e. each packet increments the counter with the length of the entire IP packet, including IP header.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inAbisPackets">
					<measurementName>inAbisPackets</measurementName>
					<description>No of L2TP packets received from the BSC.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outAbisPackets">
					<measurementName>outAbisPackets</measurementName>
					<description>No of L2TP packets send to the BSC.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inAbisPacketsErrors">
					<measurementName>inAbisPacketsErrors</measurementName>
					<description>No of L2TP packets received with checksum errors</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="inAbisPacketsLost">
					<measurementName>inAbisPacketsLost</measurementName>
					<description>No of L2TP packets received being out of sequence or lost.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="uplinkLAPDFramesDiscarded">
					<measurementName>uplinkLAPDFramesDiscarded</measurementName>
					<description>Number of uplink LAPD frames, which had to be discarded, because there was no active Transport Session to carry frames with the relevant SAPI value.  This could for example be when the connection to the BSC has been completely or partly lost, or in overload situations when the BSC has throttled down traffic and reconfigured the STN to throw frames.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="downlinkLAPDFramesDiscarded">
					<measurementName>downlinkLAPDFramesDiscarded</measurementName>
					<description>Number of downlink LAPD frames that had to be discarded, because there was no Super Channel configured to carry frames with the relevant TEI value.  This could be due to configuration faults.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="TimeServer">
			<description>The MO class TimeServer represents attributes for a time server. The MO TimeServer is contained by the MO Synchronization.</description>
			<group>
				<counter measurementType="TS_TimeOffset_1">
					<measurementName>TS_TimeOffset_1</measurementName>
					<description>The Time Offset (in microseconds) which 1 percent of the received NTP packets fall below. The Time Offset is half the difference between the uplink and downlink delay (absolute value).</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="TS_TimeOffset_10">
					<measurementName>TS_TimeOffset_10</measurementName>
					<description>The Time Offset (in microseconds) which 10 percent of the received NTP packets fall below. The Time Offset is half the difference between the uplink and downlink delay (absolute value).</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="TS_TimeOffset_50">
					<measurementName>TS_TimeOffset_50</measurementName>
					<description>The Time Offset (in microseconds) which 50 percent of the received NTP packets fall below. The Time Offset is half the difference between the uplink and downlink delay (absolute value).</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="TS_NoPkts">
					<measurementName>TS_NoPkts</measurementName>
					<description>The total number of received NTP packets.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="TS_RoundTripDelay_50">
					<measurementName>TS_RoundTripDelay_50</measurementName>
					<description>Fifty percent of the received NTP packets have a roundtrip delay (in microseconds) which is less than  TS_RoundTripDelay_50</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="TimingFunction">
			<description/>
			<group>
				<counter measurementType="TS_Delay_1">
					<measurementName>TS_Delay_1</measurementName>
					<description>One percent of the received NTP packets have a delay (in microseconds) in addition to the minimum delay which is less than TS_Delay_1.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="TS_Delay_10">
					<measurementName>TS_Delay_10</measurementName>
					<description>Ten percent of the received NTP packets have a delay (in microseconds) in addition to the minimum delay which is less than TS_Delay_10.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="TS_Delay_50">
					<measurementName>TS_Delay_50</measurementName>
					<description>Fifty percent of the received NTP packets have a delay (in microseconds) in addition to the minimum delay which is less than TS_Delay_50.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="TS_NoPkts">
					<measurementName>TS_NoPkts</measurementName>
					<description>The total number of received NTP packets.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="TrafficManager">
			<description>MO class SN_TrafficManager represents attributes of a traffic manager that manages the contained queues and a bit rate limit</description>
			<group>
				<counter measurementType="diffServAlgDropOctets_1">
					<measurementName>diffServAlgDropOctets_1</measurementName>
					<description>The number of octets dropped due to queue overflow for queue 1.  Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropPkts_1">
					<measurementName>diffServAlgDropPkts_1</measurementName>
					<description>The number of packets dropped due to queue overflow for queue 1. </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropOctets_2">
					<measurementName>diffServAlgDropOctets_2</measurementName>
					<description>The number of octets dropped due to queue overflow for queue 2.  Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropPkts_2">
					<measurementName>diffServAlgDropPkts_2</measurementName>
					<description>The number of packets dropped due to queue overflow for queue 2</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropOctets_3">
					<measurementName>diffServAlgDropOctets_3</measurementName>
					<description>The number of octets dropped due to queue overflow for queue 3.  Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted. </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropPkts_3">
					<measurementName>diffServAlgDropPkts_3</measurementName>
					<description>The number of packets dropped due to queue overflow for queue 3</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropOctets_4">
					<measurementName>diffServAlgDropOctets_4</measurementName>
					<description>The number of octets dropped due to queue overflow for queue 4.  Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropPkts_4">
					<measurementName>diffServAlgDropPkts_4</measurementName>
					<description>The number of packets dropped due to queue overflow for queue 4</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropOctets_5">
					<measurementName>diffServAlgDropOctets_5</measurementName>
					<description>The number of octets dropped due to queue overflow for queue 5.  Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted. </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropPkts_5">
					<measurementName>diffServAlgDropPkts_5</measurementName>
					<description>The number of packets dropped due to queue overflow for queue 5</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropOctets_6">
					<measurementName>diffServAlgDropOctets_6</measurementName>
					<description>The number of octets dropped due to queue overflow for queue 6.  Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted. </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropPkts_6">
					<measurementName>diffServAlgDropPkts_6</measurementName>
					<description>The number of packets dropped due to queue overflow for queue 6</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropOctets_7">
					<measurementName>diffServAlgDropOctets_7</measurementName>
					<description>The number of octets dropped due to queue overflow for queue 7. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropPkts_7">
					<measurementName>diffServAlgDropPkts_7</measurementName>
					<description>The number of packets dropped due to queue overflow for queue 7
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropOctets_8">
					<measurementName>diffServAlgDropOctets_8</measurementName>
					<description>The number of octets dropped due to queue overflow for queue 8. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="diffServAlgDropPkts_8">
					<measurementName>diffServAlgDropPkts_8</measurementName>
					<description>The number of packets dropped due to queue overflow for queue 8</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutOctets_1">
					<measurementName>tmOutOctets_1</measurementName>
					<description>The number of octets transmitted on queue 1, including framing characters. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutpackets_1">
					<measurementName>tmOutpackets_1</measurementName>
					<description>The number of packets transmitted on queue 1.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutOctets_2">
					<measurementName>tmOutOctets_2</measurementName>
					<description>The number of octets transmitted on queue 2, including framing characters. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutpackets_2">
					<measurementName>tmOutpackets_2</measurementName>
					<description>The number of packets transmitted on queue 2.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutOctets_3">
					<measurementName>tmOutOctets_3</measurementName>
					<description>The number of octets transmitted on queue 3, including framing characters. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutpackets_3">
					<measurementName>tmOutpackets_3</measurementName>
					<description>The number of packets transmitted on queue 3</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutOctets_4">
					<measurementName>tmOutOctets_4</measurementName>
					<description>The number of octets transmitted on queue 4, including framing characters. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutpackets_4">
					<measurementName>tmOutpackets_4</measurementName>
					<description>The number of packets transmitted on queue 4</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutOctets_5">
					<measurementName>tmOutOctets_5</measurementName>
					<description>The number of octets transmitted on queue 5, including framing characters. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutpackets_5">
					<measurementName>tmOutpackets_5</measurementName>
					<description>The number of packets transmitted on queue 5</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutOctets_6">
					<measurementName>tmOutOctets_6</measurementName>
					<description>The number of octets transmitted on queue 6, including framing characters. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutpackets_6">
					<measurementName>tmOutpackets_6</measurementName>
					<description>The number of packets transmitted on queue 6</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutOctets_7">
					<measurementName>tmOutOctets_7</measurementName>
					<description>The number of octets transmitted on queue 7, including framing characters. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutpackets_7">
					<measurementName>tmOutpackets_7</measurementName>
					<description>The number of packets transmitted on queue 7</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutOctets_8">
					<measurementName>tmOutOctets_8</measurementName>
					<description>The number of octets transmitted on queue 8, including framing characters. 
 Depending on whether the TrafficManager is referenced by an IpInterface or EthernetInterface, IP headers (and payload) are counted or also Ethernet header are counted.
 </description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="tmOutpackets_8">
					<measurementName>tmOutpackets_8</measurementName>
					<description>The number of packets transmitted on queue 8</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="VLAN">
			<description>This represents the attributes for a VLAN interface within a VLAN group.</description>
			<group>
				<counter measurementType="ifHCInOctets">
					<measurementName>ifHCInOctets</measurementName>
					<description>Total number of octets received on the interface, including framing characters</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutOctets">
					<measurementName>ifHCOutOctets</measurementName>
					<description>Total number of octets transmitted on the interface, including framing characters</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInErrors">
					<measurementName>ifInErrors</measurementName>
					<description>Number of inbound packets that contained error preventing them from being deliverable to higher-layer protocol</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutErrors">
					<measurementName>ifOutErrors</measurementName>
					<description>Number of outbound packets that could not be transmitted because of errors.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCInUcastPkts">
					<measurementName>ifHCInUcastPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-) layer, which were not addressed to a multicast or broadcast address at this sub-layer.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutUcastPkts">
					<measurementName>ifHCOutUcastPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted, and which were not addressed to a multicast or broadcast address at this sub-layer, including those that were discarded or not sent.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInDiscards">
					<measurementName>ifInDiscards</measurementName>
					<description>The number of inbound packets which were chosen to be discarded even though no errors had been detected to prevent their being deliverable to a higher-layer protocol.  One           possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifOutDiscards">
					<measurementName>ifOutDiscards</measurementName>
					<description>The number of outbound packets which were chosen to be discarded even though no errors had been detected to prevent their being transmitted.  One possible reason for discarding such a packet could be to free up buffer space.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCInBroadcastPkts">
					<measurementName>ifHCInBroadcastPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-) layer, which were addressed to a broadcast address at this sub-layer.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutBroadcastPkts">
					<measurementName>ifHCOutBroadcastPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted, and which were addressed to a broadcast address at this sub-layer, including those that were discarded or not sent.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCInMulticastPkts">
					<measurementName>ifHCInMulticastPkts</measurementName>
					<description>The number of packets, delivered by this sub-layer to a higher (sub-) layer, which were addressed to a multicast address at this sub-layer.  For a MAC layer protocol, this includes both Group and Functional addresses.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifHCOutMulticastPkts">
					<measurementName>ifHCOutMulticastPkts</measurementName>
					<description>The total number of packets that higher-level protocols requested be transmitted, and which were addressed to a multicast address at this sub-layer, including those that were discarded or not sent.  For a MAC layer protocol, this includes both Group and Functional addresses.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ifInUnknownProtos">
					<measurementName>ifInUnknownProtos</measurementName>
					<description>The number of frames received, via the interface, which were discarded because of an unknown or unsupported protocol.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="BFDSession">
			<description/>
			<group>
				<counter measurementType="perfSessUpCount">
					<measurementName>perfSessUpCount</measurementName>
					<description>The number of times this session has gone into the Up state.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="AccessControlEntry">
			<description/>
			<group>
				<counter measurementType="inPacketsHandled">
					<measurementName>inPacketsHandled</measurementName>
					<description>Number of ingress packets triggered by the entry.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="outPacketsHandled">
					<measurementName>outPacketsHandled</measurementName>
					<description>Number of egress packets triggered by the entry.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="RoutingRule">
			<description/>
			<group>
				<counter measurementType="packetsHandled">
					<measurementName>packetsHandled</measurementName>
					<description>Number of packets that have matched by this rule.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="LinkOAM">
			<description/>
			<group>
				<counter measurementType="oamPduTransmitted">
					<measurementName>oamPduTransmitted</measurementName>
					<description>total number of OAMPDUs transmitted.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="oamPduReceived">
					<measurementName>oamPduReceived</measurementName>
					<description>total number of OAMPDUs received.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="LocalMEP">
			<description/>
			<group>
				<counter measurementType="sequenceErrorsCcm">
					<measurementName>sequenceErrorsCcm</measurementName>
					<description>The total number of out-of-sequence CCMs received from all remote MEPs.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="cciSentCcms">
					<measurementName>cciSentCcms</measurementName>
					<description>Total number of Continuity Check messages transmitted.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="loopbackRepliesIn">
					<measurementName>loopbackRepliesIn</measurementName>
					<description>Total number of valid, in-order Loopback Replies received.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="loopbackRepliesInOutOfOrder">
					<measurementName>loopbackRepliesInOutOfOrder</measurementName>
					<description>The total number of valid, out-of-order Loopback Replies received.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="loopbackRepliesBadMacServiceDataUnit">
					<measurementName>loopbackRepliesBadMacServiceDataUnit</measurementName>
					<description>The total number of LBRs received whose mac_service_data_unit did not match (except for the OpCode) that of the corresponding LBM (20.2.3).</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="linktraceInUnExp">
					<measurementName>linktraceInUnExp</measurementName>
					<description>The total number of unexpected LTRs received.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="loopbackRepliesOut">
					<measurementName>loopbackRepliesOut</measurementName>
					<description>Total number of Loopback Replies transmitted.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="CESChannel">
			<description/>
			<group>
				<counter measurementType="cesMissingPkts">
					<measurementName>cesMissingPkts</measurementName>
					<description>Number of missing packets (as detected via control word sequence number gaps)</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="cesJtrBfrUnderruns">
					<measurementName>cesJtrBfrUnderruns</measurementName>
					<description>Number of times a frame needed to be played out and the jitter buffer was empty</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="cesJtrBfrOverruns">
					<measurementName>cesJtrBfrOverruns</measurementName>
					<description>Number of packets that could not fit in the jitter buffer</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="cesMisOrderDropped">
					<measurementName>cesMisOrderDropped</measurementName>
					<description>Number of packets detected out of order(via control word sequence numbers), and could not be re-ordered</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="cesMalformedPkts">
					<measurementName>cesMalformedPkts</measurementName>
					<description>Number of packets detected with unexpected size, or bad headers</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="DHCPRelayServerGroup">
			<description/>
			<group>
				<counter measurementType="PacketsReceivedFromClients">
					<measurementName>PacketsReceivedFromClients</measurementName>
					<description>Number of packets received from clients.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="PacketsSentToClients">
					<measurementName>PacketsSentToClients</measurementName>
					<description>Number of packets sent to clients.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="PacketsSentToServers">
					<measurementName>PacketsSentToServers</measurementName>
					<description>Number of packets sent to servers.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="PacketsReceivedFromServers">
					<measurementName>PacketsReceivedFromServers</measurementName>
					<description>Number of packets received from servers.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="PacketsFromClientsDiscarded">
					<measurementName>PacketsFromClientsDiscarded</measurementName>
					<description>Number of packets from clients that were discarded.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="PacketsFromServersDiscarded">
					<measurementName>PacketsFromServersDiscarded</measurementName>
					<description>NNumber of packets from servers that were discarded.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="IPv6BFDSession">
			<description/>
			<group>
				<counter measurementType="perfSessUpCount">
					<measurementName>perfSessUpCount</measurementName>
					<description>The number of times this session has gone into the Up state.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
	  <moc name="IPv6Interface">
			<description>The MO class IPv6IPInterface represents attributes of an interface to an IP stack.</description>
			<group>
				<counter measurementType="ipIfStatsHCInReceives">
					<measurementName>ipIfStatsHCInReceives</measurementName>
					<description>The total number of input IP datagrams received, including those received in error.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInHdrErrors">
					<measurementName>ipIfStatsInHdrErrors</measurementName>
					<description>The number of input IP datagrams discarded due to errors in their IP headers, including version number mismatch, other format errors, hop count exceeded, errors discovered in processing their IP options, etc.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInAddrErrors">
					<measurementName>ipIfStatsInAddrErrors</measurementName>
					<description>The number of input IP datagrams discarded because the IP address in their IP headers destination field was not a valid address to be received at this entity. This count includes invalid addresses . For entities that are not IP routers and therefore do not forward datagrams, this counter includes datagrams discarded because the destination address was not a local address.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInUnknownProtos">
					<measurementName>ipIfStatsInUnknownProtos</measurementName>
					<description>The number of locally addressed datagrams received successfully but discarded because of an unknown or unsupported protocol.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCInDelivers">
					<measurementName>ipIfStatsHCInDelivers</measurementName>
					<description>The total number of input datagrams successfully delivered to IP user-protocols (including ICMP).</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInDiscards">
					<measurementName>ipIfStatsInDiscards</measurementName>
					<description>The number of input IP datagrams for which no problems were encountered to prevent their continued processing, but which were discarded                    (e.g., for lack of buffer space). Note that this counter does not include any datagrams discarded while awaiting re-assembly.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCOutRequests">
					<measurementName>ipIfStatsHCOutRequests</measurementName>
					<description>The total number of IP datagrams which local IP user_protocols (including ICMP) supplied to IP in requests for transmission.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsOutDiscards">
					<measurementName>ipIfStatsOutDiscards</measurementName>
					<description>The number of output IP datagrams for which no problem was encountered to prevent their transmission to their destination, but which were discarded (e.g., for lack of buffer space).</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCInOctets">
					<measurementName>ipIfStatsHCInOctets</measurementName>
					<description>The total number of octets received in input IP datagrams, including those received in error.  Octets from datagrams counted in ipIfStatsInHCReceives MUST be counted here.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCOutTransmits">
					<measurementName>ipIfStatsHCOutTransmits</measurementName>
					<description>The total number of IP datagrams that this entity supplied to the lower layers for transmission.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCOutOctets">
					<measurementName>ipIfStatsHCOutOctets</measurementName>
					<description>The total number of octets in IP datagrams delivered to the lower layers for transmission.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCInForwDatagrams">
					<measurementName>ipIfStatsHCInForwDatagrams</measurementName>
					<description>The number of input datagrams for which this entity was not their final IP destination and for which this entity attempted to find a route to forward them to that final destination</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsHCOutForwDatagrams">
					<measurementName>ipIfStatsHCOutForwDatagrams</measurementName>
					<description>The number of datagrams for which this entity was not their final IP destination and for which this entity was successful in finding a path to their final destination.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="ipIfStatsInNoRoutes">
					<measurementName>ipIfStatsInNoRoutes</measurementName>
					<description>The number of input IP datagrams discarded because no route could be found to transmit them to their destination.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="IPv6PingMeasurement">
			<description>The MO class IPv6PingMeasurement represents attributes for a measurement job, measuring the connection quality by means of packet delay distribution (including average and excessive delays) between the STN and a defined host.</description>
			<group>
				<counter measurementType="pingDelayAverage">
					<measurementName>pingDelayAverage</measurementName>
					<description>Average delay of packets received. Measured in 1/10 ms.</description>
					<collectionMethod>
						<type>GAUGE</type>
						<subtype>MEAN</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingPacketCount">
					<measurementName>pingPacketCount</measurementName>
					<description>Number of packets received</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountLT25">
					<measurementName>pingDelayCountLT25</measurementName>
					<description>Number of packets received in 0% - 25% of pingTimeout</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountLT50">
					<measurementName>pingDelayCountLT50</measurementName>
					<description>Number of packets received in 25% - 50% of pingTimeout</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountLT75">
					<measurementName>pingDelayCountLT75</measurementName>
					<description>Number of packets received in 50% - 75% of pingTimeout</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountLT100">
					<measurementName>pingDelayCountLT100</measurementName>
					<description>Number of packets received in 75% - 100% of pingTimeout</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
				<counter measurementType="pingDelayCountGT100">
					<measurementName>pingDelayCountGT100</measurementName>
					<description>Number of packets not received or timed out.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="OSPFv2Network">
			<description/>
			<group>
				<counter measurementType="noOfOspfIfRxBadPacket">
					<measurementName>noOfOspfIfRxBadPacket</measurementName>
					<description>Number of the corresponding trap events ospfIfRxBadPacket defined in RFC 4750. Event ospfIfRxBadPacket is raised when a number of OSPF packets that have been received on a 
						non-virtual interface that cannot be parsed. Additional information regarding the event is stored in the syslog.
					</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
			 </counter>
			 <counter measurementType="noOfOspfTxRetransmit">
					<measurementName>noOfOspfTxRetransmit</measurementName>
					<description>Number of the corresponding trap events ospfTxRetransmit defined in RFC 4750. Event ospfTxRetransmit  is raised when a number of OSPF packets that have been retransmitted on a non-virtual interface. 
						All packets that may be retransmitted are associated with an LSDB entry. Additional information regarding the event is stored in the syslog.
					</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
				<moc name="OSPFv2Proc">
			<description/>
			<group>
				<counter measurementType="ospfOriginateNewLSAs">
					<measurementName>ospfOriginateNewLSAs</measurementName>
					<description>
						The number of new link state advertisements that have been originated. This number is incremented each time the router originates a new LSA. Counter specified in RFC4750. 
						Corresponding trap event ospfOriginateLsa is logged in the syslog.
					</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
			 </counter>
			 <counter measurementType="noOfOspfMaxAgeLSA">
					<measurementName>noOfOspfMaxAgeLSA</measurementName>
					<description>
						Number of the corresponding trap events ospfMaxAgeLsa defined in RFC4750. 
						Event ospfMaxAgeLsa is raised when LSAs in the router's link state database have reached MaxAge (3600 seconds). 
						Additional information regarding the event is stored in the syslog.
					</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
		<moc name="OSPFv2Area">
			<description/>
			<group>
				<counter measurementType="ospfSpfRuns">
					<measurementName>ospfSpfRuns</measurementName>
					<description>Indicates the number of times networks in the OSPF area changes state, could be useful to control CPU/Bandwidth Peak Control parameters. Counter specified in RFC 4750.</description>
					<collectionMethod>
						<type>CC</type>
						<subtype>SUM</subtype>
					</collectionMethod>
					<measurementResult>
						<outputUnit/>
						<resultType>decimal</resultType>
					</measurementResult>
					<status>current</status>
				</counter>
			</group>
		</moc>
	</data>
	<pmMimMetadata>
		<nodeType>SIU02</nodeType>
		<node_major_version/>
		<node_minor_version/>
		<timestamp>2011-10-26T09:00:00</timestamp>
		<pmMimVersion>1.0</pmMimVersion>
		<common_baseline_doc_id/>
		<common_baseline_major_version/>
		<common_baseline_minor_version/>
	</pmMimMetadata>
</PM>
