Cisco Model 6109 6 MHz Off-Air Reference (NTSC) 安装指南
USRM Web Interface - Resource Manager
4039132 Rev B
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Parameters
The following table explains the ResourceManager - QAM - Sessions page
parameters.
parameters.
Parameter
Description
Port.Chan.Session
A sequential number representing the port, channel, and
session numbers.
session numbers.
SessionId
The session ID label assigned to this session.
Service
The type of service, SDV or VOD.
Bandwidth (Mbps)
The session bandwidth in Mbps.
CreateTime
The date and time when the session was created.
State
Session state; active, inactive.
Status (NGOD QAMs only)
The status of a session on the QAM, as follows:
Source# - identifies one of three possible sources from
which the QAM is receiving the multicast.
which the QAM is receiving the multicast.
NetworkFail - indicates that the QAM reported a failure
to acquire video or a problem with the multicast session
into the QAM.
to acquire video or a problem with the multicast session
into the QAM.
UserId
The IP address of the client that requested the session.
VaspId
The VASP ID of the server that requested the session.
This only applies in DSMCC architectures.
This only applies in DSMCC architectures.
AdminState
The administrative state of the session, as follows:
Allocated - the normal state of a session.
Release - selected to cause the USRM to release the
session.
session.
Casid
The Conditional Access ID.
PidRemap
A flag that indicates if PIDs are to be remapped.
Normally, the QAM remuxes multiple incoming streams
and assigns PID values. Some carousels, however,
require that the PID values not be changed.
Normally, the QAM remuxes multiple incoming streams
and assigns PID values. Some carousels, however,
require that the PID values not be changed.
OK - indicates the normal operation.
Inhibit - indicates that PID values are not to be changed
for this stream.
for this stream.
EdgeInputAddr
The address of the input port on the QAM.
MulticastAddr
The multicast destination address.
SrcAddr1
The first of three source addresses. At least one address
must be assigned for IGMP operation. These three
addresses are used in IGMPv3 architectures.
must be assigned for IGMP operation. These three
addresses are used in IGMPv3 architectures.