ATM ABR Traffic Control with a Generic Weight-Based Bandwidth Sharing Policy: Theory and a Simple Implementation
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概要
- 論文の詳細を見る
The classical max-min policy has been suggested by the ATM Forum to support the available bit rate(ABR)service class.However, there are several drawbacks in adopting the max-min rate allocation policy.In particular, the max-min policy is not able to support the minimum cell rate(MCR)requirement and the peak cell rate(PCR)constraint for each ABR connection.Furthermore, the max-min policy does not offer flexible options for network providers wishing to establish a usage-based pricing criterion.In this paper, we present a generic weight-based rate allocation policy, which generalizes the classical max-min policy by supporting the MCR/PCR for each connection.Our rate allocation policy offers a flexible usage-based pricing strategy to network providers.A centralized algorithm is presented to compute network-wide bandwidth allocation to achieve this policy.Furthermore, a simple switch algorithm using ABR flow control protocol is developedd with tha aim of achieving our rate allocation policy in a distributed networking environment.The effectiveness of our distributed algorithm in a local area environment is substantiated by simulation results based on the benchmark network configurations suggested by the ATM Forum.
- 社団法人電子情報通信学会の論文
- 1998-05-25
著者
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Kumar Vijay
The Authors Are With Bell Laboratories Lucent Technologies
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HOU Yiwei
The authors are with Polytechnic University, Dept.of Electrical Engineering
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TZENG Henry
The authors are with Bell Laboratories, Lucent Technologies
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PANWAR Shivendra
The authors are with Polytechnic University, Dept.of Electrical Engineering
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HOU Yiwei
Fujitsu Laboratories of America
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Tzeng Henry
The Authors Are With Bell Laboratories Lucent Technologies
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Panwar Shivendra
The Authors Are With Polytechnic University Dept.of Electrical Engineering
関連論文
- ATM ABR Traffic Control with a Generic Weight-Based Bandwidth Sharing Policy: Theory and a Simple Implementation
- Providing Scalable Support for Multiple QoS Guarantees : Architecture and Mechanisms
- On Scalable Design of Bandwidth Brokers (Special Issue on Internet Technology)