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Medianet Reference Guide - Cisco

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Application-Specific Management Functionality<br />

Chapter 6<br />

<strong>Medianet</strong> Management and Visibility Design Considerations<br />

Table 6-4<br />

<strong>Cisco</strong> TelePresence Application-Specific Management Functionality (continued)<br />

Accounting<br />

management<br />

Performance<br />

management<br />

Security<br />

management<br />

• The <strong>Cisco</strong> TelePresence System web-based GUI provides access to statistics<br />

for ongoing calls, or the previous call if the <strong>Cisco</strong> TelePresence System<br />

endpoint is currently not in a call. Accounting management statistics include<br />

the call start time, duration of the call, remote number, bit rate, and the<br />

number of packets and bytes transmitted and received during the call. These<br />

statistics are also available via an SSH CLI as well as through SNMP.<br />

• The <strong>Cisco</strong> TelePresence System web-based GUI provides access to statistics<br />

for ongoing calls, or the previous call if the <strong>Cisco</strong> TelePresence System<br />

endpoint is currently not in a call. Performance management statistics include<br />

parameters such as packet loss, latency, jitter, and out-of-order packets for<br />

audio and video media streams. These can be used to assess the performance<br />

of the network infrastructure in meeting service level agreements. These<br />

statistics are also available via SNMP through the<br />

CISCO-TELEPRESENCE-CALL-MIB.<br />

• An IP service level agreements (IPSLA) responder within the <strong>Cisco</strong><br />

TelePresence System endpoint can be enabled, allowing the <strong>Cisco</strong><br />

TelePresence System endpoint to respond to packets sent by an IPSLA<br />

initiator. IPSLA can be used to pre-assess network performance before<br />

commissioning the <strong>Cisco</strong> TelePresence System endpoint onto a production<br />

network, or used to assess ongoing network performance or when<br />

troubleshooting.<br />

• Access control to the individual <strong>Cisco</strong> TelePresence System endpoints is<br />

currently handled via a local database, although the userid and password used<br />

for access control are centrally managed via the configuration within the<br />

<strong>Cisco</strong> Unified Communications Manager Administration web-based GUI.<br />

• SNMP notifications can be set on the <strong>Cisco</strong> TelePresence System endpoint to<br />

alert after failed access control attempts.<br />

Note<br />

Both static location-based admission control and RSVP are considered part of performance management<br />

within this document, because the scheduling of resources is not done per end user, but to ensure that<br />

necessary resources are allocated to meet service level requirements.<br />

<strong>Cisco</strong> TelePresence Manager<br />

From a management perspective, the primary functions of <strong>Cisco</strong> TelePresence Manager are resource<br />

allocation, which is part of accounting management; and fault detection, which is part of fault<br />

management. <strong>Cisco</strong> TelePresence Manager allocates <strong>Cisco</strong> TelePresence System endpoints (meeting<br />

rooms) and <strong>Cisco</strong> TelePresence Multipoint Switch segment resources based on meetings scheduled by<br />

end users through an e-mail/calendaring system such as Microsoft Exchange or IBM Lotus Domino.<br />

Note that the <strong>Cisco</strong> TelePresence Manager has no knowledge of the underlying IP network<br />

infrastructure, and therefore has no ability to schedule any network resources or provide Call Admission<br />

Control (CAC) to ensure that the TelePresence call goes through during the scheduled time. Figure 6-27<br />

shows an example of the resource scheduling functionality of <strong>Cisco</strong> TelePresence Manager.<br />

6-70<br />

<strong>Medianet</strong> <strong>Reference</strong> <strong>Guide</strong><br />

OL-22201-01

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