首页> 外文会议>Global Telecommunications Conference, 1994. GLOBECOM '94. Communications: The Global Bridge., IEEE >Call admission control and resource utilization in ATM networks: a new improvement strategy
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Call admission control and resource utilization in ATM networks: a new improvement strategy

机译:ATM网络中的呼叫接纳控制和资源利用:一种新的改进策略

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摘要

Congestion and admission control are two of the most widely investigated problems which must be faced in ATM. The FBR (fast buffer reservation), i.e. a virtual circuit acceptance algorithm proposed by Turner (1992), based on the excess probability criterion (EPC), seems to be a complete approach for bandwidth management. It will constitute the starting point of the new admission and congestion control strategy proposed in this paper. FBR cannot use the EPC algorithm because of lock out problems; moreover, the utilization of the FBR buffer should be improved. Therefore, a new mechanism for accepting bursts to the buffer is proposed together with a new kind of service at the buffer exit. Merged with EPC this mechanism will become simple, economically implementable, it will offer the required flexibility and robustness, as well as ease of control. In addition, it will preserve burst integrity and present high burst-served to burst-sent ratio. Finally, a low burst loss, determined only by burst refusal at the buffer entry, will be obtained.
机译:拥塞和准入控制是ATM必须解决的两个最广泛研究的问题。 FBR(快速缓冲区保留),即Turner(1992)基于超额概率准则(EPC)提出的虚拟电路接受算法,似乎是带宽管理的完整方法。这将构成本文提出的新的接纳和拥塞控制策略的起点。由于锁定问题,FBR无法使用EPC算法。此外,应该提高FBR缓冲区的利用率。因此,提出了一种新的机制来接受突发到缓冲区,并在缓冲区出口处提供一种新的服务。与EPC合并后,此机制将变得简单,经济可行,它将提供所需的灵活性和鲁棒性以及易于控制的功能。此外,它将保留突发的完整性,并提供高的突发服务与突发发送比率。最后,将获得低的突发损失,该损失仅由缓冲器条目处的突发拒绝决定。

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