AVC:Home
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AVC | AVC | ||
*[[AVC:NMS|AVC Network Management]] | *[[AVC:NMS|AVC Network Management]] | ||
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Application Recognition | Application Recognition | ||
* Deep Packet Inspection (NBAR2) | * Deep Packet Inspection (NBAR2) | ||
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Performance Collection | Performance Collection | ||
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* Performance Agent (Coming) | * Performance Agent (Coming) | ||
* MMA (Coming) | * MMA (Coming) | ||
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Control | Control | ||
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*[[PfR:Technology_Overview|Performance Routing Technology Overview]] | *[[PfR:Technology_Overview|Performance Routing Technology Overview]] | ||
*[[PfR:NMS|Performance Routing Network Management]] | *[[PfR:NMS|Performance Routing Network Management]] | ||
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Export | Export | ||
Revision as of 12:41, 29 November 2012
| Application Velocity and Control |
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| Welcome to Application Velocity and Control (AVC) DocWiki.
Data center consolidation and cloud has changed how applications are delivered to the end users. Network now has critical role in delivering optimal experience to the users, while providing tools for network admin to better monitor, troubleshoot, and control application performance. Traditional port-based network does not have granularity to control today applications. Application Visibility and Control (AVC) is an overall initiative which enable application awareness in enterprise WAN. AVC is based on several underlying technologies like NBAR2, Flexible Netflow (FNF), Performance Agent (PA), QoS and Performance Routing (PfR) and available with ISR G2 and ASR1K. . |
AVC
Application Recognition
- Deep Packet Inspection (NBAR2)
Performance Collection
- NetFlow Home Page
- Performance Agent (Coming)
- MMA (Coming)
Control
- Performance Routing Home Page
- Performance Routing Technology Overview
- Performance Routing Network Management
Export
