A new equation based single rate multicast congestion control

Manisha Manjul, Rajesh Mishra
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引用次数: 3

Abstract

A computer network is basically the combination of computers and different type of devices that are interfaced by a range of resources i.e. communications channels that provide the communications between users and allow them ability of sharing the resources. Multicasting is used to send the information from one receiver to group of receivers. But it is faced big issue because of additional data demand of receivers which may cause of congestion. There are different approach to control congestion i.e. single rate and multi rate approach. We are considering the single rate approach. TCP friendly multicast congestion control technique (TFMCC) is basically a first single rate multicast congestion control technique. It uses the steady state equation to adjust the throughput. But this mechanism has the problem of feedback implosion. It creates the congestion at the source side. This problem was solved by pragmatic general multicast congestion control (PGMCC) approach. In this paper, we provide an effective mechanism for multicast congestion control which work based on utilization of situation and improve the solution with respect to TFMCC, PGMCC.
一种新的单速率组播拥塞控制方法
计算机网络基本上是计算机和不同类型的设备的组合,这些设备通过一系列资源(即提供用户之间通信并允许他们共享资源的通信通道)进行接口。多播用于将信息从一个接收者发送到一组接收者。但由于接收端对数据的额外需求,可能会造成拥塞,这是一个很大的问题。控制拥塞有不同的方法,即单速率和多速率方法。我们正在考虑采用单一税率的办法。TCP友好组播拥塞控制技术(TFMCC)基本上是第一单速率组播拥塞控制技术。它使用稳态方程来调整吞吐量。但这种机制存在反馈内爆的问题。它在源端造成拥塞。采用实用的通用组播拥塞控制(PGMCC)方法解决了这一问题。本文提出了一种有效的基于场景利用的组播拥塞控制机制,并对TFMCC、PGMCC方案进行了改进。
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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