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Smith's principle for congestion control in high-speed datanetworks

机译:高速数据网络中拥塞控制的史密斯原理

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摘要

In high-speed communication networks, large propagation delays could have an adverse impact on the stability of feedback control algorithms. In this paper, the classical control theory and Smith's principle are exploited to design an algorithm for controlling “best effort” traffic in high-speed asynchronous transfer mode (ATM) networks. The designed algorithm guarantees the stability of network queues, along with the fair and full utilization of network links, in a realistic traffic scenario in which multiple available bit rate connections, with different propagation delays, share the network with high priority traffic
机译:在高速通信网络中,较大的传播延迟可能会对反馈控制算法的稳定性产生不利影响。本文利用经典控制理论和Smith原理设计了一种在高速异步传输模式(ATM)网络中控制“尽力而为”流量的算法。在现实的流量情况下,所设计的算法可保证网络队列的稳定性以及公平合理地利用网络链路,在这种流量情况下,多个可用比特率连接(具有不同的传播延迟)共享具有高优先级流量的网络

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