Table of Contents
PPT Slide
PPT Slide
Road map
Introduction
Overview of EAC principles and variants
Overview of EAC principles and variants (2)
EAC algorithm description
OPNET model: implementation details
EAC Sender node model
EAC Sender process model
EAC Receiver process model
Router Queue process model
Performance evaluation
Simulation scenarios
Simulation scenario: single-hop network model
Traffic sources used in simulation
In-band EAC model: CBR traffic
In-band EAC model: CBR traffic
In-band EAC model
In-band EAC model: VBR traffic
In-band EAC model: VBR traffic
In-band EAC model: short probing vs. long probing periods
In-band EAC model: short probing periods
In-band EAC model: long probing periods
In-band EAC model: short probing periods
In-band EAC model: long probing periods
In-band EAC model: short probing vs. long probing periods
Out-of-band EAC model: CBR traffic
Out-of-band EAC model: CBR traffic
Out-of-band EAC model: VBR traffic
Out-of-band EAC model: VBR traffic
Out-of-band EAC model
In-band vs. out-of-band EAC models: number of accepted sessions
In-band and out-of-band EAC models: comparison
Multi-hop network
Multi-hop network
Multi-hop network: number of bottlenecks
Multi-hop network: number of hops
Conclusions
Future work
References
Struct definition used in the EAC receiver process model
Pseudo code for the routing algorithm implemented in the EAC router model
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Author: Yan Ma, Kun Wu, and Ljiljana Trajkovic
Email: karenw@cs.sfu.ca
Home Page: http://www.ensc.sfu.ca/~ljilja/cnl/
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