CISCO-VOICE-DIAL-CONTROL-MIB

TEXTUAL-CONVENTION

Represents GSM AMR-NB bit rate modes. CodecMode Bit-rate (kbps) 0 4.75 1 5.15 2 5.90 3 6.70 4 7.40 5 7.95 6 10.2 7 12.2

TEXTUAL-CONVENTION

Represents GSM AMR-NB codec RTP encapsulation type.

TEXTUAL-CONVENTION

Call connection represents the connection/association/session between two media call end points. Following are the different connection types. h323 - h323 protocol. sip - Session Initiation Protocol. mgcp - Media Gateway Control Protocol. sccp - Cisco proprietary Skinny Call Control Protocol. multicast - multicast call connections. cacontrol - Call Agent Control. telephony - telephony signal call connections.

TEXTUAL-CONVENTION

Represents the ids of the stats vlolume table Here is what each entry corresponds. 1 : Seconds Table: Here each entry corresponds to a second 2 : Minutes Table: Here each entry corresponds to a minute 3 : Hours Table: Here each entry corresponds to an hour

TEXTUAL-CONVENTION

Represents the Id of the watermark table. Here is what different values represent 1 : Seconds Table: Here the entries are among last 60 second 2 : Minutes Table: Here the entries are among last 60 minutes 3 : Hours Table: Here the entries are among last 72 Hours 4 : Uptime Table: Here the entries are from last reload/reboot

TEXTUAL-CONVENTION

The Channel Associated Signalling Group of a T1/E1. The valid CAS group range is from 0 to 23 for T1 and from 0 to 30 for E1. The value -1 indicates CAS group is disabled.

TEXTUAL-CONVENTION

This Texatual Convention represents the iLBC codec frame modes. The possible values are : frameMode20: This mode operates at 15.2 kbps and each frame is packetized in 38 bytes. frameMode30: This mode operates at 13.33 kbps and each frame is packetized in 50 bytes.

TEXTUAL-CONVENTION

Represents a Session Protocol used by Voice calls between a local and remote router via the IP backbone. other - none of the following. cisco - cisco proprietary H.323 Lite session protocol. sdp - Session Description Protocol. sip - Session Initiation Protocol. sccp - Skinny Call Control Protocol.

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

This object indicates whether cvdcPoorQoVNotification (or the newer cvdcPoorQoVNotificationRev1) traps should be generated for a poor quality of voice calls. If the value of this object is 'true', cvdcPoorQoVNotification (or the newer cvdcPoorQoVNotificationRev1) traps will be generated for all voice over IP peers when a poor quality of voice call condition is detected after the voice gateway call disconnection. If the value of this object is 'false', cvdcPoorQoVNotification (or the newer cvdcPoorQoVNotificationRev1) traps will be generated only for calls for which the cvVoIPPeerCfgPoorQoVNotificationEnable object of voice over IP peers having set to 'true'.

OBJECT-TYPE

This object indicates whether cvdcFallbackNotification traps should be generated for fallback. If the value of this object is 'true', cvdcFallbackNotification traps will be generated for all voice over IP peers.

OBJECT-TYPE

This object indicates whether cvdcPolicyViolationNotification traps should be generated for a RPH to DSCP mapping violation for SIP voice calls. If the value of this object is 'true', cvdcPolicyViolationNotification traps will be generated for SIP voice over IP peers when a RPH to DSCP violation condition is detected . If the value of this object is 'false', cvdcPolicyViolationNotification traps will be generated only for calls for which the cvVoIPPeerCfgDSCPPolicyNotificationEnable object of voice over IP peers having set to 'true'.

OBJECT-TYPE

This object indicates whether cvdcPolicyViolationNotification traps should be generated for Media violation for SIP voice calls. If the value of this object is 'true', cvdcPolicyViolationNotification traps will be generated for SIP voice over IP peers when media violation condition is detected . If the value of this object is 'false', cvdcPolicyViolationNotification traps will be generated only for calls for which the cvVoIPPeerCfgMediaPolicyNotificationEnable object of voice over IP peers having set to 'true'.

OBJECT-IDENTITY

OBJECT-TYPE

The table contains the Voice Generic Peer information that is used to create an ifIndexed row with an appropriate ifType that is associated with the cvPeerCfgType and cvPeerCfgPeerType objects.

OBJECT-TYPE

A single voice generic Peer. The creation of this entry will create an associated ifEntry with an ifType that is associated with cvPeerCfgType, i.e., for 'voiceEncap' encapsulation, an ifEntry will contain an ifType voiceEncap(103); for 'voiceOverIp' encapsulation, an ifEntry will contain an ifType voiceOverIp(104). The ifAdminStatus of the newly created ifEntry is set to 'up' and ifOperStatus is set to 'down'. In addition, an associated voiceEncap/voiceOverIp Peer configuration entry is created after the successful ifEntry creation. Then ifIndex of the newly created ifEntry must be used by the network manager to create a peer configuration entry of IETF Dial Control MIB (Refer to RFC 2128 section 2.2.3.1 and the description of dialCtlPeerCfgEntry for the detailed information). In summary, the voice dial peer creation steps are as follows: [1] create this entry (voice/data generic peer entry). [2] read the cvPeerCfgIfIndex of this entry for the ifIndex of newly created voice/data generic peer. [3] create the dialCtlPeerCfgEntry of RFC 2128 with the indices of dialCtlPeerCfgId and the ifIndex of newly created voice generic peer. For each VoIP peer, it uses IP address and UDP port with RTP protocol to transfer voice packet. Therefore, it does not have its lower layer interface. The dialCtlPeerCfgIfType object of IETF Dial Control MIB must set to 'other' and the dialCtlPeerCfgLowerIf must set to '0'. After the successful creation of peer configuration entry of IETF Dial Control MIB, the dial plan software in managed device will set the ifOperStatus of the newly created voiceEncap/voiceOverIp ifEntry to 'up' for enabling the peer function if the peer configuration is completed. When this entry is deleted, its associated ifEntry, voiceEncap/voiceOverIp specific peer entry and the peer entry of IETF Dial Control MIB are deleted.

OBJECT-TYPE

An arbitrary index that uniquely identifies a generic voice peer.

OBJECT-TYPE

The ifIndex of the peer associated ifEntry. The ifIndex appears after the associated ifEntry is created successfully. This ifIndex will be used to access the objects in the Voice over Telephony or Voice over IP peer specific table. In addition, the ifIndex is also used to access the associated peer configuration entry of the IETF Dial Control MIB. If the peer associated ifEntry had not been created, then this object has a value of zero.

OBJECT-TYPE

Specifies the type of voice related encapsulation. voice - voice encapsulation (voiceEncap ifType) on the telephony network. voip - VoIP encapsulation (voiceOverIp ifType) on the IP network. mmail - Media Mail over IP encapsulation (mediaMailOverIp ifType) on the IP network. voatm - VoATM encapsulation (voiceOverATM ifType) on the ATM network. vofr - VoFR encapsulation (voiceOverFR ifType) on the Frame Relay network.

OBJECT-TYPE

This object is used to create a new row or modify or delete an existing row in this table.

OBJECT-TYPE

Specifies the type of a peer. voice - peer in voice type to be defined in a voice gateway for voice calls. data - peer in data type to be defined in gateway that supports universal ports for modem/data calls and integrated ports for data calls.

OBJECT-TYPE

The table contains the Voice over Telephony peer specific information that is required to accept voice calls or to which it will place them or perform various loopback tests via interface.

OBJECT-TYPE

A single Voice specific Peer. One entry per voice encapsulation. The entry is created when its associated 'voiceEncap(103)' encapsulation ifEntry is created. This entry is deleted when its associated ifEntry is deleted.

OBJECT-TYPE

The object specifies the session target of the peer. Session Targets definitions: The session target has the syntax used by the IETF service location protocol. The syntax is as follows: mapping-type:type-specific-syntax the mapping-type specifies a scheme for mapping the matching dial string to a session target. The valid Mapping type definitions for the peer are as follows: loopback - Syntax: loopback:where 'where' string is defined as follows: compressed - loopback is performed on compressed voice as close to the CODEC which processes the data as possible. uncompressed - loopback is performed on the PCM or analog voice as close to the telephony endpoint as possible. Local loopback case: uncompressed - the PCM voice coming into the DSP is simply turned around and sent back out, allowing testing of the transmit--> receive paths in the telephony endpoint. compressed - the compressed voice coming out of the CODEC is turned around on the DSP module and fed back into the decompressor through the jitter buffer. In addition to the telephony endpoint, this tests both the encode and decode paths without involving data paths or packet handling on the host router. Remote loopback case: compressed - RTP packets received from the network are decapsulated and passed to the DSP board. Instead of feeding these into the CODEC for decompression, they are immediately sent back to the session application as if they had originated locally and been compressed. uncompressed - In addition to the above, the voice samples are sent all the way through the CODEC and then turned around instead of being sent to the telephony endpoint

OBJECT-TYPE

The object specifies the prefix of the dial digits for the peer. The dial digits prefix is sent to telephony interface before the real phone number when the system places the outgoing call to the voice encapsulation peer over telephony interface.

OBJECT-TYPE

The object enables/disables the DID call treatment for incoming DNIS digits. true - treat the incoming DNIS digits as if the digits are received from DID trunk. false - Disable DID call treatment for incoming DNIS digits.

OBJECT-TYPE

The object specifies the CAS group number of a CAS capable T1/E1 that is in the dialCtlPeerCfgLowerIf object of RFC2128. This object can be set to a valid CAS group number only if the dialCtlPeerCfgLowerIf contains a valid ifIndex for a CAS capable T1/E1. The object must set to -1 before the value of the dialCtlPeerCfgLowerIf object of RFC2128 can be changed.

OBJECT-TYPE

This object specifies that the E.164 number specified in the dialCtlPeerCfgOriginateAddress field of the associated dialCtlPeerCfgTable entry be registered as an extension phone number of this gateway for H323 gatekeeper and/or SIP registrar.

OBJECT-TYPE

This object specifies the number of dialed digits to forward to the remote destination in the setup message. The object can take the value: 0-32 number of right justified digits to forward -1 default -2 forward extra digits i.e those over and above those needed to match to the destination pattern -3 forward all digits

OBJECT-TYPE

This object specifies which, if any, test to run in the echo canceller when a call from the network is connected. echoCancellerTestNone - do not run a test. echoCancellerG168Test2A - run ITU-T G.168 Test 2A. echoCancellerG168Test2B - run ITU-T G.168 Test 2B. echoCancellerG168Test2Ca - run ITU-T G.168 Test 2C(a). echoCancellerG168Test2Cb - run ITU-T G.168 Test 2C(b). echoCancellerG168Test3A - run ITU-T G.168 Test 3A. echoCancellerG168Test3B - run ITU-T G.168 Test 3B. echoCancellerG168Test3C - run ITU-T G.168 Test 3C. echoCancellerG168Test4 - run ITU-T G.168 Test 4. echoCancellerG168Test5 - run ITU-T G.168 Test 5. echoCancellerG168Test6 - run ITU-T G.168 Test 6. echoCancellerG168Test7 - run ITU-T G.168 Test 7. echoCancellerG168Test9 - run ITU-T G.168 Test 9.

OBJECT-TYPE

The table contains the Voice over IP (VoIP) peer specific information that is required to accept voice calls or to which it will place them via IP backbone with the specified session protocol in cvVoIPPeerCfgSessionProtocol.

OBJECT-TYPE

A single VoIP specific Peer. One entry per VoIP encapsulation. The entry is created when its associated 'voiceOverIp(104)' encapsulation ifEntry is created. This entry is deleted when its associated ifEntry is deleted.

OBJECT-TYPE

The object specifies the session protocol to be used for Internet call between local and remote router via IP backbone.

OBJECT-TYPE

The object specifies the user requested Quality of Service for the call.

OBJECT-TYPE

The object specifies the minimally acceptable Quality of Service for the call.

OBJECT-TYPE

The object specifies the session target of the peer. Session Targets definitions: The session target has the syntax used by the IETF service location protocol. The syntax is as follows: mapping-type:type-specific-syntax the mapping-type specifies a scheme for mapping the matching dial string to a session target. The type-specific-syntax is exactly that, something that the particular mapping scheme can understand. For example, Session target Meaning ipv4:171.68.13.55:1006 The session target is the IP version 4 address of 171.68.13.55 and port 1006. dns:pots.cisco.com:1661 The session target is the IP host with dns name pots.cisco.com, and port 1661. ras The session target is the gatekeeper with RAS (Registration , Admission, Status protocol). settlement The session target is the settlement server. enum:1 The session target is the enum profile match table 1. The valid Mapping type definitions for the peer are as follows: ipv4 - Syntax: ipv4:w.x.y.z:port or ipv4:w.x.y.z dns - Syntax: dns:host.domain:port or dns:host.domain ras - Syntax: ras settlement - Syntax: settlement enum - Syntax: enum: loopback - Syntax: loopback:where 'where' string is defined as follows: rtp - loopback is performed at the transport protocol level. Local loopback case: rtp - the session application sets up an RTP stream to itself (i.e. actually allocates a port pair and opens the appropriate UDP sockets). It then does the full RTP encapsulation, sends the packets to the loopback IP address, receives the RTP packets, and hands the compressed voice back to the CODEC. This tests the entire local processing path, both transmit and receive, in the router, as well as all of the above paths. Remote loopback case: rtp: RTP packets received from the network are decapsulated and immediately re-encapsulated in the outbound RTP stream, using the same media clock (i.e. timestamp) as the received packet. They are then sent back to the remote source router as if the voice had originated on a telephony port on the local router.

OBJECT-TYPE

This object specifies the most desirable codec of speech for the VoIP peer.

OBJECT-TYPE

This object specifies the default transmit rate of FAX the VoIP peer. If the value of this object is 'none', then the Fax relay feature is disabled; otherwise the Fax relay feature is enabled.

OBJECT-TYPE

This object specifies whether or not the VAD (Voice Activity Detection) voice data is continuously transmitted to IP backbone.

OBJECT-TYPE

This object specifies the user requested Expectation Factor of voice quality for the call via this peer.

OBJECT-TYPE

This object specifies the user requested Calculated Planning Impairment Factor (Icpif) for the call via this peer.

OBJECT-TYPE

This object specifies whether cvdcPoorQoVNotification (or the newer cvdcPoorQoVNotificationRev1) traps should be generated for the call that is associated with this peer.

OBJECT-TYPE

This object specifies whether the outgoing voice related UDP packet contains a valid checksum value. true - enable the checksum of outgoing voice UDP packets false - disable the checksum of outgoing voice UDP packets

OBJECT-TYPE

This object specifies the value to be stored in the IP Precedence field of voice packets, with values ranging from 0 (normal precedence) through 7 (network control), allowing the managed system to set the importance of each voice packet for delivering them to the destination peer.

OBJECT-TYPE

This object specifies the technology prefix of the peer, The technology prefix and the called party address are passed in Admission Request (ARQ) to gatekeeper for the called party address resolution during call setup.

OBJECT-TYPE

This object specifies the methods to transmit dial digits (DTMF or MF digits) via IP network. rtpCisco - Enable capability to transmit dial digits with Cisco proprietary RTP payload type. h245Signal - Enable capability to transmit dtmf digits across the H.245 channel, via the signal field of the UserInputIndication message h245Alphanumeric - Enable capability to transmit dtmf digit across the H.245 channel, via the string or alphanumeric fields of the UserInputIndication message rtpNte - Enable capability to transmit dial digits using Named Telephony Event per RFC 2833 section 3. sipNotify - Enable capability to transmit dtmf digits using unsolicited SIP NOTIFY messages. This mechanism is only available for SIP dialpeers. sipKpml - Enable capability to transmit dtmf digits using KPML over SIP SUBSCRIBE and NOTIFY messages. This mechanism is only available for SIP dialpeers. Modifying the value of cvVoIPPeerCfgSessionProtocol can reset the digit-relay method associated bits value in this object if the modified session protocol does not support these digit-relay methods.

OBJECT-TYPE

This object specifies the size of the voice payload sample to be produced by the coder specified in cvVoIPPeerCfgCoderRate. Each coder sample produces 10 bytes of voice payload. The specified value will be rounded down to the nearest valid size. A value of 0, specifies that the coder defined by cvVoIPPeerCfgCoderRate should produce its default payload size.

OBJECT-TYPE

This object specifies the payload size to be produced by the coder when it is generating fax data. A value of 0, specifies that the coder specified in cvVoIPCfgPeerCoderRate should produce its default fax payload size.

OBJECT-TYPE

This object specifies the type of in-band signaling that will be used between the end points of the call. It is used by the router to determine how to interpret ABCD signaling bits sent as part of voice payload data.

OBJECT-TYPE

This object specifies how the media is to be setup on an IP-IP Gateway. Two choices are valid: flow-through and flow-around. When in flow-through mode, which is the default setting, the IP-IP Gateway will terminate and then re-originate the media stream. When flow-around is configured the Gateway will not be involved with the media, since it will flow-around the Gateway and will be established directly between the endpoints.

OBJECT-TYPE

The object specifies the user requested Quality of Service for the video portion of the call.

OBJECT-TYPE

The object specifies the minimally acceptable Quality of Service for the video portion of the call.

OBJECT-TYPE

This object specifies the Inbound VoIP calls that match an outbound VoIP dialpeer will be responded with a SIP redirect(for inbound SIP) or H.450.3 call-forward(for inbound H.323).

OBJECT-TYPE

If the object has a value true(1) octet align operation is used, and if the value is false(2), bandwidth efficient operation is used. This object is not instantiated when the object cvVoIPPeerCfgCoderRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

This object indicates modes of Bit rates. One or more upto four modes can be configured at the same time as bit rates can be changed dynamically for AMR-NB codec. This object is not instantiated when the object cvVoIPPeerCfgCoderRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

If the object has a value of true(1), frame CRC will be included in the payload and if the value is false(2), frame CRC will not be included in the payload. This object is applicable only when RTP frame type is octet aligned. This object is not instantiated when the object cvVoIPPeerCfgCoderRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

This object indicates the iLBC codec mode to be used. The value of this object is valid only if cvVoIPPeerCfgCoderRate is equal to 'iLBC'.

OBJECT-TYPE

This object specifies the coding mode to be used. The object is instantiated only if cvVoIPPeerCfgCoderRate is 'iSAC'. Following coding modes are supported: adaptive (1) - adaptive mode where iSAC performs bandwidth estimation and adapts to the available channel bandwidth. independent (2) - independent mode in which no bandwidth estimation is performed.

OBJECT-TYPE

This object specifies the target bit rate. The object is instantiated only if cvVoIPPeerCfgCoderRate is 'iSAC'.

OBJECT-TYPE

This object specifies the frame size used. The object is instantiated only if cvVoIPPeerCfgCoderRate is 'iSAC'. The frame size can be 30 ms or 60 ms, and it can be fixed for all packets or vary depending on the configuration and bandwidth estimation. Thus it can have the following values: frameSize30 - initial frame size of 30 ms frameSize60 - initial frame size of 60 ms frameSize30fixed - fixed frame size 30 ms frameSize60fixed - fixed frame size 60 ms

OBJECT-TYPE

This object specifies whether cvdcPolicyViolationNotification traps should be generated for the call that is associated with this peer for RPH to DSCP mapping and policing feature.

OBJECT-TYPE

This object specifies whether cvdcPolicyViolationNotification traps should be generated for the call that is associated with this peer for Media policing feature..

OBJECT-TYPE

The table contains the Voice specific peer common configuration information that is required to accept voice calls or to which it will place them or process the incoming calls.

OBJECT-TYPE

A single Voice specific Peer. One entry per voice related encapsulation. The entry is created when a voice related encapsulation ifEntry is created. This entry is deleted when its associated ifEntry is deleted.

OBJECT-TYPE

The object specifies the prefix of the incoming Dialed Number Identification Service (DNIS) digits for the peer. The DNIS digits prefix is used to match with the incoming DNIS number for incoming call discrimination. If the digits in this object are matched with incoming DNIS number, the associated dialCtlPeerCfgInfoType in RFC 2128 will be used as a call discriminator for differentiating speech, data, fax, video or modem calls.

OBJECT-TYPE

The object specifies the maximum allowed connection to/from the peer. A value of -1 disables the limit of maximum connections.

OBJECT-TYPE

The object specifies the application to handle the incoming call after the peer is selected. If no application name is specified, then the default session application will take care of the incoming call.

OBJECT-TYPE

This object specifies the selection preference of a peer when multiple peers are matched to the selection criteria. The value of 0 has the lowest preference for peer selection.

OBJECT-TYPE

This object specifies whether dialpeer hunting should stop when this peer is reached.

OBJECT-TYPE

The object specifies a Dialer Number Identification Service (DNIS) map name for the Voice specific peer entry specified in this row. A DNIS is a called party number and they can be grouped and identified by DNIS map.

OBJECT-TYPE

The object specifies the Source Carrier Id for the peer. The Source Carrier Id is used to match with the Source Carrier Id of a call. If the Source Carrier Id in this object is matched with the Source Carrier Id of a call, then the associated peer will be used to handle the call. Only alphanumeric characters, '-' and '_' are allowed in the string.

OBJECT-TYPE

The object specifies the Target Carrier Id for the peer. The Target Carrier Id is used to match with the Target Carrier Id of a call. If the Target Carrier Id in this object is matched with the Target Carrier Id of a call, then the associated peer will be used to handle the call. Only alphanumeric characters, '-' and '_' are allowed in the string.

OBJECT-TYPE

The object specifies the Source Trunk Group Label for the peer. The Source Trunk Group Label is used to match with the Source Trunk Group Label of a call. If the Source Trunk Group Label in this object is matched with the Source Trunk Group Label of a call, then the associated peer will be used to handle the call. Only alphanumeric characters, '-' and '_' are allowed in the string.

OBJECT-TYPE

The object specifies the Target Trunk Group Label for the peer. The Target Trunk Group Label is used to match with the Target Trunk Group Label of a call. If the Target Trunk Group Label in this object is matched with the Target Trunk Group Label of a call, then the associated peer will be used to handle the call. Only alphanumeric characters, '-' and '_' are allowed in the string.

OBJECT-IDENTITY

OBJECT-TYPE

This table is the voice extension to the call active table of IETF Dial Control MIB. It contains voice encapsulation call leg information that is derived from the statistics of lower layer telephony interface.

OBJECT-TYPE

The information regarding a single voice encapsulation call leg. The call leg entry is identified by using the same index objects that are used by Call Active table of IETF Dial Control MIB to identify the call. An entry of this table is created when its associated call active entry in the IETF Dial Control MIB is created and call active entry contains the call establishment to a voice over telephony network peer. The entry is deleted when its associated call active entry in the IETF Dial Control MIB is deleted.

OBJECT-TYPE

The global connection identifier for the active telephony leg of the call.

OBJECT-TYPE

Duration of Transmit path open from this peer to the voice gateway for the call leg. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of voice transmitted from this peer to voice gateway for this call leg. The Voice Utilization Rate can be obtained by dividing this by cvCallActiveTXDuration object. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of fax transmitted from this peer to voice gateway for this call leg. The FAX Utilization Rate can be obtained by dividing this by cvCallActiveTXDuration object. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

The negotiated coder rate. It specifies the transmit rate of voice/fax compression to its associated call leg for the call.

OBJECT-TYPE

The object contains the active noise level for the call leg.

OBJECT-TYPE

The object contains the sum of Echo Return Loss (ERL), cancellation loss (Echo Return Loss Enhancement) and nonlinear processing loss for the call leg. The value -1 indicates the level can not be determined or level detection is disabled.

OBJECT-TYPE

The object contains the active output signal level to telephony interface that is used by the call leg.

OBJECT-TYPE

The object contains the active input signal level from telephony interface that is used by the call leg.

OBJECT-TYPE

The object contains the current Echo Return Loss (ERL) level for the call leg. The value -1 indicates the level can not be determined or level detection is disabled.

OBJECT-TYPE

The object specifies the session target of the peer that is used for the call leg. This object is set with the information in the call associated cvVoicePeerCfgSessionTarget object when the call is connected.

OBJECT-TYPE

The number of FAX related image pages are received or transmitted via the peer for the call leg.

OBJECT-TYPE

The calling party name of the call. If the name is not available, then it will have a length of zero.

OBJECT-TYPE

The object indicates whether or not the caller ID feature is blocked for this call.

OBJECT-TYPE

The location in milliseconds of the largest amplitude reflector detected by the echo canceller for this call. The value 0 indicates there is no reflector or the information is not available.

OBJECT-TYPE

The object indicates the account code input to the call. It could be used for call screen or by down stream server for billing purpose. The value of empty string indicates no account code input.

OBJECT-TYPE

The object contains the current Echo Return Loss (ERL) level for the call leg. The value -1 indicates the level can not be determined or level detection is disabled.

OBJECT-TYPE

This object represents the call identifier for the active telephony leg of the call.

OBJECT-TYPE

This table is the VoIP extension to the call active table of IETF Dial Control MIB. It contains VoIP call leg information about specific VoIP call destination and the selected QoS for the call leg.

OBJECT-TYPE

The information regarding a single VoIP call leg. The call leg entry is identified by using the same index objects that are used by Call Active table of IETF Dial Control MIB to identify the call. An entry of this table is created when its associated call active entry in the IETF Dial Control MIB is created and the call active entry contains information for the call establishment to the peer on the IP backbone via a voice over IP peer. The entry is deleted when its associated call active entry in the IETF Dial Control MIB is deleted.

OBJECT-TYPE

The global connection identifier for the active VoIP leg of the call.

OBJECT-TYPE

Remote system IP address for the VoIP call.

OBJECT-TYPE

Remote system UDP listener port to which to transmit voice packets.

OBJECT-TYPE

The voice packet round trip delay between local and the remote system on the IP backbone during the call.

OBJECT-TYPE

The selected RSVP QoS for the voice call.

OBJECT-TYPE

The object specifies the session protocol to be used for Internet call between local and remote router via IP backbone.

OBJECT-TYPE

The object specifies the session target of the peer that is used for the call. This object is set with the information in the call associated cvVoIPPeerCfgSessionTarget object when the voice over IP call is connected.

OBJECT-TYPE

Duration of voice playout from data received on time for this call. This plus the durations for the GapFills in the following entries gives the Total Voice Playout Duration for Active Voice. This does not include duration for which no data was sent by the Transmit end as voice signal, e.g., silence suppression and fax signal. The On Time Playout Rate can be computed by dividing this entry by the Total Voice Playout Duration. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of voice signal replaced with signal played out during silence due to voice data not received on time (or lost) from voice gateway this call. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of voice signal played out with signal synthesized from parameters or samples of data preceding in time due to voice data not received on time (or lost) from voice gateway for this call. An example of such playout is frame-erasure or frame-concealment strategies in G.729 and G.723.1 compression algorithms. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of voice signal played out with signal synthesized from parameters or samples of data preceding and following in time due to voice data not received on time (or lost) from voice gateway for this call. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of voice signal played out with signal synthesized from redundancy parameters available due to voice data not received on time (or lost) from voice gateway for this call. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

The high water mark Voice Playout FIFO Delay during the voice call. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

The low water mark Voice Playout FIFO Delay during the voice call.

OBJECT-TYPE

The average Playout FIFO Delay plus the decoder delay during the voice call.

OBJECT-TYPE

The object indicates whether or not the VAD (Voice Activity Detection) was enabled for the voice call.

OBJECT-TYPE

The negotiated coder rate. It specifies the transmit rate of voice/fax compression to its associated call leg for the call. This rate is different from the configuration rate because of rate negotiation during the call.

OBJECT-TYPE

The number of lost voice packets during the call.

OBJECT-TYPE

The number of received voice packets that arrived too early to store in jitter buffer during the call.

OBJECT-TYPE

The number of received voice packets that arrived too late to playout with CODEC (Coder/Decoder) during the call.

OBJECT-TYPE

The textual identifier of the calling party (user) of the call. If the username is not available, then the value of this object will have a length of zero.

OBJECT-TYPE

The protocol-specific call identifier for the VoIP call.

OBJECT-TYPE

This object specifies the type of address contained in the associated instance of cvVoIPCallActiveRemSigIPAddr.

OBJECT-TYPE

Remote signalling IP address for the VoIP call.

OBJECT-TYPE

Remote signalling listener port to which to transmit voice packets.

OBJECT-TYPE

This object specifies the type of address contained in the associated instance of cvVoIPCallActiveRemMediaIPAddr.

OBJECT-TYPE

Remote media end point IP address for the VoIP call.

OBJECT-TYPE

Remote media end point listener port to which to transmit voice packets.

OBJECT-TYPE

The object indicates whether or not the SRTP (Secured RTP) was enabled for the voice call.

OBJECT-TYPE

If the object has a value true(1) octet align operation is used, and if the value is false(2), bandwidth efficient operation is used. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

This object indicates modes of Bit rates. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the interval (N frame-blocks) at which codec mode changes are allowed. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

If the object has a value of true(1), mode changes will be made to only neighboring modes set to cvVoIPCallActiveBitRates object. If the value is false(2), mode changes will be allowed to any modes set to cvVoIPCallActiveBitRates object. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the maximum amount of media that can be encapsulated in a payload. Supported value is 20 msec. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

If the object has a value of true(1), frame CRC will be included in the payload and if the value is false(2), frame CRC will not be included in the payload. This object is applicable only when RTP frame type is octet aligned. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

If the object has a value of true(1), payload employs robust sorting and if the value is false(2), payload does not employ robust sorting. This object is applicable only when RTP frame type is octet aligned. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the RTP encapsulation type. Supported RTP encapsulation type is RFC3267. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the maximum number of frame-blocks allowed in an interleaving group. It indicates that frame-block level interleaving will be used for that session. If this object is not set, interleaving is not used. This object is applicable only when RTP frame type is octet aligned. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the length of the time in milliseconds represented by the media of the packet. Supported value is 20 milliseconds. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the number of audio channels. Supported value is 1. This object is not instantiated when the object cvVoIPCallActiveCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the iLBC codec mode. The value of this object is valid only if cvVoIPCallActiveCoderTypeRate is equal to 'iLBC'.

OBJECT-TYPE

This object represents the call identifier for the active VoIP leg of the call.

OBJECT-TYPE

The call reference ID associates the video call entry and voice call entry of the same endpoint. An audio-only call may or may not have a valid call reference ID (i.e. value greater than zero), but in both cases, there will not be a video call entry associated with it. For a video call, the video-specific information is stored in a call entry in cVideoSessionActive of CISCO-VIDEO-SESSION-MIB, in which the call reference ID is also identified.

OBJECT-TYPE

This object holds the policy name. It could be media policy, DSCP policy etc.

OBJECT-TYPE

This object store the reversed direction peer address If the address is not available, then it will have a length of zero. If the call is ingress then it contains called number and if the call is egress then it contains calling number.

OBJECT-TYPE

This object indicates the active session ID assigned by the call manager to identify call legs that belong to the same call session.

OBJECT-TYPE

The current number of DS0 interfaces used for the active calls.

OBJECT-TYPE

A high threshold used to determine when to generate the cvdcActiveDS0sHighNotification. This object represents the percentage of active DS0s in total number of DS0s.

OBJECT-TYPE

A low threshold used to determine when to generate the cvdcActiveDS0sLowNotification notification. This object represents the percentage of active DS0s in total number of DS0s.

OBJECT-TYPE

Specifies whether or not cvdcActiveDS0sHighNotification should be generated. 'true' : Indicates that the cvdcActiveDS0sHighNotification generation is enabled. 'false': Indicates that cvdcActiveDS0sHighNotification generation is disabled.

OBJECT-TYPE

Specifies whether or not cvdcActiveDS0sLowNotification should be generated. 'true' : Indicates that the cvdcActiveDS0sLowNotification generation is enabled. 'false': Indicates that cvdcActiveDS0sLowNotification generation is disabled.

OBJECT-IDENTITY

OBJECT-TYPE

This table represents the number of active call connections for each call connection type in the voice gateway.

OBJECT-TYPE

An entry in the cvCallVolConnTable indicates number of active calls for a call connection type in the voice gateway.

OBJECT-TYPE

This object represents index to the cvCallVolConnTable.

OBJECT-TYPE

This object represents the total number of active calls for a connection type in the voice gateway.

OBJECT-TYPE

This object represents the total number of active call legs in the voice gateway.

OBJECT-TYPE

This object represents the licensed call capacity for a voice gateway. If the value is 0, no licensing is done and the gateway can be accomodate as many calls depending on its capability.

OBJECT-TYPE

This table represents the information about the usage of dialpeers configured in a voice gateway.

OBJECT-TYPE

Each entry represents a row in cvCallVolPeerTable and corresponds to the information about a dialpeer configured on the voice gateway.

OBJECT-TYPE

This object represents the total number of active calls that has selected the dialpeer as an incoming dialpeer.

OBJECT-TYPE

This object represents the total number of active calls that has selected the dialpeer as an outgoing dialpeer.

OBJECT-TYPE

This table represents the information about the usage of an IP interface in a voice gateway for voice media calls. This table has a sparse-dependent relationship with ifTable. There exists an entry in this table, for each of the entries in ifTable where ifType is one of 'ethernetCsmacd' and 'softwareLoopback'.

OBJECT-TYPE

Each entry represents a row in cvCallVolIfTable and corresponds to the information about an IP interface in the voice gateway.

OBJECT-TYPE

This object represents the total number of inbound active media calls through this IP interface.

OBJECT-TYPE

This object represents the total number of outbound active media calls through the IP interface.

OBJECT-IDENTITY

OBJECT-TYPE

This object represents the state of call-monitoring. A value of 'true' indicates that call-monitoring is enabled. A value of 'false' indicates that call-monitoring is disabled.

OBJECT-TYPE

This object represents the interval for which the gateway monitors the call-rate.

OBJECT-TYPE

This object represents the total number of calls handled by the gateway during the monitored time.

OBJECT-TYPE

This object represents the high water mark for the number of calls handled by the gateway in an unit interval of cvCallRateMonitorTime, from the time the call-monitoring is enabled.

OBJECT-IDENTITY

OBJECT-TYPE

This table is the voice extension to the call history table of IETF Dial Control MIB. It contains voice encapsulation call leg information such as voice packet statistics, coder usage and end to end bandwidth of the call leg.

OBJECT-TYPE

The information regarding a single voice encapsulation call leg. The call leg entry is identified by using the same index objects that are used by Call Active table of IETF Dial Control MIB to identify the call. An entry of this table is created when its associated call history entry in the IETF Dial Control MIB is created and the call history entry contains the call establishment to a voice encapsulation peer. The entry is deleted when its associated call active entry in the IETF Dial Control MIB is deleted.

OBJECT-TYPE

The global connection identifier for the telephony leg, which was assigned to the call.

OBJECT-TYPE

Duration of Transmit path open from this peer to the voice gateway for the call leg. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration for this call leg. The Voice Utilization Rate can be obtained by dividing this by cvCallHistoryTXDuration object. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of fax transmitted from this peer to voice gateway for this call leg. The FAX Utilization Rate can be obtained by dividing this by cvCallHistoryTXDuration object. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

The negotiated coder rate. It specifies the transmit rate of voice/fax compression to its associated call leg for the call.

OBJECT-TYPE

The object contains the average noise level for the call leg.

OBJECT-TYPE

The object contains the average ACOM level for the call leg. The value -1 indicates the level can not be determined or level detection is disabled.

OBJECT-TYPE

The object specifies the session target of the peer that is used for the call leg via telephony interface.

OBJECT-TYPE

The number of FAX related image pages are received or transmitted via the peer for the call leg.

OBJECT-TYPE

The calling party name of the call. If the name is not available, then it will have a length of zero.

OBJECT-TYPE

The object indicates whether or not the caller ID feature is blocked for this call.

OBJECT-TYPE

The object indicates the account code input to the call. It could be used by down stream billing server. The value of empty string indicates no account code input.

OBJECT-TYPE

This object represents the call identifier for the telephony leg, which was assigned to the call.

OBJECT-TYPE

This table is the VoIP extension to the call history table of IETF Dial Control MIB. It contains VoIP call leg information about specific VoIP call destination and the selected QoS for the call leg.

OBJECT-TYPE

The information regarding a single VoIP call leg. The call leg entry is identified by using the same index objects that are used by Call Active table of IETF Dial Control MIB to identify the call. An entry of this table is created when its associated call history entry in the IETF Dial Control MIB is created and the call history entry contains information for the call establishment to the peer on the IP backbone via a voice over IP peer. The entry is deleted when its associated call history entry in the IETF Dial Control MIB is deleted.

OBJECT-TYPE

The global connection identifier for the VoIP leg, which was assigned to the call.

OBJECT-TYPE

Remote system IP address for the call.

OBJECT-TYPE

Remote system UDP listener port to which to transmit voice packets for the call.

OBJECT-TYPE

The voice packet round trip delay between local and the remote system on the IP backbone during the call.

OBJECT-TYPE

The selected RSVP QoS for the call.

OBJECT-TYPE

The object specifies the session protocol to be used for Internet call between local and remote router via IP backbone.

OBJECT-TYPE

The object specifies the session target of the peer that is used for the Voice over IP call.

OBJECT-TYPE

Duration of voice playout from data received on time for this call. This plus the durations for the GapFills in the following entries gives the Total Voice Playout Duration for Active Voice. This does not include duration for which no data was sent by the Transmit end as voice signal, e.g., silence suppression and fax signal. The On Time Playout Rate can be computed by dividing this entry by the Total Voice Playout Duration. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of voice signal replaced with signal played out during silence due to voice data not received on time (or lost) from voice gateway this call. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of voice signal played out with signal synthesized from parameters or samples of data preceding in time due to voice data not received on time (or lost) from voice gateway for this call. An example of such playout is frame-erasure or frame-concealment strategies in G.729 and G.723.1 compression algorithms. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of voice signal played out with signal synthesized from parameters or samples of data preceding and following in time due to voice data not received on time (or lost) from voice gateway for this call. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

Duration of voice signal played out with signal synthesized from redundancy parameters available due to voice data not received on time (or lost) from voice gateway for this call. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

The high water mark Voice Playout FIFO Delay during the voice call. This counter object will lock at the maximum value which is approximately two days.

OBJECT-TYPE

The low water mark Voice Playout FIFO Delay during the voice call.

OBJECT-TYPE

The average Playout FIFO Delay plus the decoder delay during the voice call.

OBJECT-TYPE

The object indicates whether or not the VAD (Voice Activity Detection) was enabled for the voice call.

OBJECT-TYPE

The negotiated coder rate. It specifies the transmit rate of voice/fax compression to its associated call leg for the call. This rate is different from the configuration rate because of rate negotiation during the call.

OBJECT-TYPE

The Calculated Planning Impairment Factor (Icpif) of the call that is associated to this call leg. The value in this object is computed by the following equation. Icpif of the call = Itotal (total impairment value) of the call - A (Expectation Factor) in the cvVoIPPeerCfgExpectFactor of the call leg associated peer. A value of -1 implies that Icpif was not calculated and is meaningless for this call.

OBJECT-TYPE

The number of lost voice packets during the call.

OBJECT-TYPE

The number of received voice packets that are arrived too early to store in jitter buffer during the call.

OBJECT-TYPE

The number of received voice packets that are arrived too late to playout with CODEC (Coder/Decoder) during the call.

OBJECT-TYPE

The textual identifier of the calling party (user) of the call. If the username is not available, then the value of this object will have a length of zero.

OBJECT-TYPE

The protocol-specific call identifier for the VoIP call.

OBJECT-TYPE

This object specifies the type of address contained in the associated instance of cvVoIPCallHistoryRemSigIPAddr.

OBJECT-TYPE

Remote signalling IP address for the VoIP call.

OBJECT-TYPE

Remote signalling listener port to which to transmit voice packets.

OBJECT-TYPE

This object specifies the type of address contained in the associated instance of cvVoIPCallHistoryRemMediaIPAddr.

OBJECT-TYPE

Remote media end point IP address for the VoIP call.

OBJECT-TYPE

Remote media end point listener port to which to transmit voice packets.

OBJECT-TYPE

The object indicates whether or not the SRTP (Secured RTP) was enabled for the voice call.

OBJECT-TYPE

The Calculated Planning Impairment Factor (Icpif) of the call that is associated to this call leg. The value in this object is computed by the following equation. Icpif of the fallback probe = Itotal (total impairment value) - configured fallback (Expectation Factor). A value of 0 implies that Icpif was not calculated and is meaningless for this attempt.

OBJECT-TYPE

FallbackLoss is the percentage of loss packets based on the total packets sent.

OBJECT-TYPE

The FallbackDelay is calculated as follows - Take the sum of the round trips for all the probes, divide by the number of probes, and divide by two to get the one-way delay. Then add in jitter_in or jiter_out, which ever is higher.

OBJECT-TYPE

If the object has a value true(1) octet align operation is used, and if the value is false(2), bandwidth efficient operation is used. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

This object indicates modes of Bit rates. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the interval (N frame-blocks) at which codec mode changes are allowed. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

If the object has a value of true(1), mode changes will be made to only neighboring modes set to cvVoIPCallHistoryBitRates object. If the value is false(2), mode changes will be allowed to any modes set to cvVoIPCallHistoryBitRates object. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the maximum amount of media that can be encapsulated in a payload. Supported value is 20 msec. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

If the object has a value of true(1), frame CRC will be included in the payload and if the value is false(2), frame CRC will not be included in the payload. This object is applicable only when RTP frame type is octet aligned. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

If the object has a value of true(1), payload employs robust sorting and if the value is false(2), payload does not employ robust sorting. This object is applicable only when RTP frame type is octet aligned. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the RTP encapsulation type. Supported RTP encapsulation type is RFC3267. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the maximum number of frame-blocks allowed in an interleaving group. It indicates that frame-block level interleaving will be used for that session. If this object is not set, interleaving is not used. This object is applicable only when RTP frame type is octet aligned. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the length of the time in milliseconds represented by the media of the packet. Supported value is 20 milliseconds. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the number of audio channels. Supported value is 1. This object is not instantiated when the object cvVoIPCallHistoryCoderTypeRate is not equal to gsmAmrNb enum.

OBJECT-TYPE

The object indicates the iLBC mode. The value of this object is valid only if cvVoIPCallHistoryCoderTypeRate is equal to 'iLBC'.

OBJECT-TYPE

This object represents the call identifier for the VoIP leg, which was assigned to the call.

OBJECT-TYPE

The call reference ID associates the video call entry and voice call entry of the same endpoint. An audio-only call may or may not have a valid call reference ID (i.e. value greater than zero), but in both cases, there will not be a video call entry associated with it. For a video call, the video-specific information is stored in a call entry in cVideoSessionActive of CISCO-VIDEO-SESSION-MIB, in which the call reference ID is also identified.

OBJECT-TYPE

This object indicates the session ID assigned by the call manager to identify call legs that belong to the same call session. This session ID (history) represents a completed call session, whereas the active session ID (cvVoIPCallActiveSessionId) represents an ongoing session.

OBJECT-IDENTITY

OBJECT-TYPE

This table represents voice call rate measurement in various interval lengths defined by the CvCallVolumeStatsIntvlType object. Each interval may contain one or more entries to allow for detailed measurement to be collected.

OBJECT-TYPE

This is a conceptual-row in cvCallRateStatsTable This entry is created at the system initialization and is updated at every epoch based on CvCallVolumeStatsIntvlType

OBJECT-TYPE

The Object indexes in Call Rate Table to select one among three interval-tables. The different types in this table are represented by CvCallVolumeStatsIntvlType

OBJECT-TYPE

This is an index that references to the different past periods in given in interval of call rate table. This range is 1-60 for Seconds and Minutes table wherein 1-72 for hours table.

OBJECT-TYPE

This object indicates the maximum calls per second that occured for the given period for the given interval.

OBJECT-TYPE

This object indicates the average calls per second that occured for the given period for the given interval.

OBJECT-TYPE

cvCallLegRateStatsTable table represents voice call leg rate measurement in various interval lengths defined by the CvCallVolumeStatsIntvlType object. Each interval may contain one or more entries to allow for detailed measurement to be collected.

OBJECT-TYPE

This is a conceptual-row in cvCallLegRateStatsTable This entry is created at the system initialization and is updated at every epoch based on CvCallVolumeStatsIntvlType

OBJECT-TYPE

The Object indexes in Call Leg Rate Table to select one among three interval-tables. The different types in this table are represented by CvCallVolumeStatsIntvlType

OBJECT-TYPE

This is an index that references to the different past periods in given in interval of call rate table. This range is 1-60 for Seconds and Minutes table wherein 1-72 for hours table.

OBJECT-TYPE

This object indicates the maximum call-legs per second that occured for the given period for the given interval.

OBJECT-TYPE

This object indicates the average call-legs per second that occured for the given period for the given interval.

OBJECT-TYPE

This table represents the active voice calls in various interval lengths defined by the CvCallVolumeStatsIntvlType object. Each interval may contain one or more entries to allow for detailed measurement to be collected.

OBJECT-TYPE

This is a conceptual-row in cvActiveCallStatsTable This entry is created at the system initialization and is updated at every epoch based on CvCallVolumeStatsIntvlType

OBJECT-TYPE

The Object indexes in Active Call Rate Table (con-current calls table) to select one among three interval-tables. The different types in this table are represented by CvCallVolumeStatsIntvlType

OBJECT-TYPE

This is an index that references to the different past periods in given in interval of active call table. This range is 1-60 for Seconds and Minutes table wherein 1-72 for hours table.

OBJECT-TYPE

This object indicates the maximum number of active call that occured for the given period for the given interval.

OBJECT-TYPE

This object indicates the average number of active calls that occured for the given period for the given interval.

OBJECT-TYPE

This table represents the number of calls below a specific duration in various interval length defined by the CvCallVolumeStatsIntvlType object. The specific duration is configurable value of cvCallDurationStatsThreshold object. Each interval may contain one or more entries to allow for detailed measurement to be collected.

OBJECT-TYPE

This is a conceptual-row in cvCallDurationStatsTable This entry is created at the system initialization and is updated at every epoch based on CvCallVolumeStatsIntvlType

OBJECT-TYPE

The Object indexes in Call Duration Table to select one among three interval-tables. The different types in this table are represented by CvCallVolumeStatsIntvlType

OBJECT-TYPE

This is an index that references to the different past periods in given in interval of call Duration table. This range is 1-60 for Seconds and Minutes table wherein 1-72 for hours table.

OBJECT-TYPE

This object indicates the maximum number of calls having a duration which is below the threshold for the given interval.

OBJECT-TYPE

This object indicates the average number of calls having a duration which is below the threshold for the given interval.

OBJECT-TYPE

This table represents the SIP message rate measurement in various interval length defined by the CvCallVolumeStatsIntvlType object. Each interval may contain one or more entries to allow for detailed measurement to be collected

OBJECT-TYPE

This is a conceptual-row in cvSipMsgRateStatsTable This entry is created at the system initialization and is updated at every epoch based on CvCallVolumeStatsIntvlType

OBJECT-TYPE

The Object indexes in SIP Message Rate Table to select one among three interval-tables. The different types in this table are represented by CvCallVolumeStatsIntvlType

OBJECT-TYPE

This is an index that references to the different past periods in given in interval of SIP message rate table. This range is 1-60 for Seconds and Minutes table wherein 1-72 for hours table.

OBJECT-TYPE

This object indicates the maximum SIP messages per second that is received for the given interval.

OBJECT-TYPE

This object indicates the average SIP messages per second that is received for the given interval.

OBJECT-TYPE

This table represents high watermarks achieved by call rate in various interval length defined by CvCallVolumeWMIntvlType. Each interval may contain one or more entries to allow for detailed measurement to be collected

OBJECT-TYPE

This is a conceptual-row in cvCallRateWMTable This entry is created at the system initialization and is updated whenever a) This entry is obsolete OR b) A new/higher entry is available. These entries are reinitialised/added/deleted if cvCallVolumeWMTableSize is changed

OBJECT-TYPE

The Object indexes in call rate Water mark Table to select one among four interval-tables. The different types in this table are represented by CvCallVolumeWMIntvlType

OBJECT-TYPE

This is an index that references to different peaks in past period in call rate watermark table. The number of watermarks entries stored for each table are based on cvCallVolumeWMTableSize

OBJECT-TYPE

This object indicates high watermark value achieved by the calls per second for the given interval

OBJECT-TYPE

This object indicates date and Time when the high watermark is achieved for calls per second for the given interval

OBJECT-TYPE

cvCallLegRateWMTable table represents high watermarks achieved by call-leg rate in various interval length defined by CvCallVolumeWMIntvlType. Each interval may contain one or more entries to allow for detailed measurement to be collected

OBJECT-TYPE

This is a conceptual-row in cvCallLegRateWMTable This entry is created at the system initialization and is updated whenever a) This entry is obsolete OR b) A new/higher entry is available. These entries are reinitialised/added/deleted if cvCallVolumeWMTableSize is changed

OBJECT-TYPE

The Object indexes in call leg rate Water mark Table to select one among four interval-tables. The different types in this table are represented by CvCallVolumeWMIntvlType

OBJECT-TYPE

This is an index that references to different peaks in past period in call leg rate watermark table. The number of watermarks entries stored for each table are based on cvCallVolumeWMTableSize

OBJECT-TYPE

This object indicates high watermark value achieved by the call legs per second for the given interval

OBJECT-TYPE

This object indicates date and time when the high watermark is achieved for call-legs per second for the given interval

OBJECT-TYPE

This table represents high watermarks achieved by active calls in various interval length defined by CvCallVolumeWMIntvlType. Each interval may contain one or more entries to allow for detailed measurement to be collected.

OBJECT-TYPE

This is a conceptual-row in cvActiveCallWMTable This entry is created at the system initialization and is updated whenever a) This entry is obsolete OR b) A new/higher entry is available. These entries are reinitialised/added/deleted if cvCallVolumeWMTableSize is changed

OBJECT-TYPE

The Object indexes in active call Water mark Table to select one among four interval-tables. The different types in this table are represented by CvCallVolumeWMIntvlType

OBJECT-TYPE

This is an index that references to different peaks in past period in acive call watermark table. The number of watermarks entries stored for each table are based on cvCallVolumeWMTableSize

OBJECT-TYPE

This object indicates high watermark value achieved by the active calls for the given interval

OBJECT-TYPE

This object indicates date and time when the high watermark is achieved for active calls for the given interval

OBJECT-TYPE

This table represents of high watermarks achieved by SIP message rate in various interval length defined by CvCallVolumeWMIntvlType. Each interval may contain one or more entries to allow for detailed measurement to be collected

OBJECT-TYPE

This is a conceptual-row in cvSipMsgRateWMTable. This entry is created at the system initialization and is updated whenever a) This entry is obsolete OR b) A new/higher entry is available. These entries are reinitialised/added/deleted if cvCallVolumeWMTableSize is changed

OBJECT-TYPE

The Object indexes in SIP Message rate Water mark Table to select one among four interval-tables. The different types in this table are represented by CvCallVolumeWMIntvlType

OBJECT-TYPE

This is an index that references to different peaks in past period in sip message rate watermark table. The number of watermarks entries stored for each table are based on cvCallVolumeWMTableSize

OBJECT-TYPE

This object indicates high watermark value achieved by the SIP messages per second for the given interval

OBJECT-TYPE

This object indicates date and time when the high watermark is achieved for SIP messages per second for the given interval

OBJECT-TYPE

This Object specifies the thresold duration in seconds. cvCallDurationStatsTable will monitor all the calls below this threshold. Decresing the value of the threshold will reset this table.

OBJECT-TYPE

This Object specifies the number of entries the watermark table will maintain. This value will decide the number of elements in cvCallRateWMTable, cvCallLegRateWMTable, cvActiveCallWMTable and cvSipMsgRateWMTable.

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-IDENTITY