Prioritized switching in high speed ATM switches

A. Lyengar, M. Zarki
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Abstract

Current trends in communications technology indicate that asynchronous transfer mode is likely to become invariant for both computer and human communications In this paper we investigate the performance of different methods to increase the suitability of packet switching for time-critical and content critical applications (for example packet video or voice, and network control). We mplore the performance of several input queueing switch models, and the output queueing model and then discuss differences in delay and throughput performance. We then study the prioritizzation mechanisms in more detail and show results for some switch models.
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高速ATM交换机的优先交换
通信技术的当前趋势表明,异步传输模式可能成为计算机和人类通信的不变模式。在本文中,我们研究了不同方法的性能,以提高分组交换对时间关键和内容关键应用(例如分组视频或语音,以及网络控制)的适用性。我们分析了几种输入队列交换模型的性能,以及输出队列交换模型,然后讨论了延迟和吞吐量性能的差异。然后,我们更详细地研究了优先级机制,并展示了一些开关模型的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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