Autonomous congestion control deploying SAURP

D. Bell, D. Asir
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Abstract

This paper proposes a congestion control technique for intermittent networks (ICNs), it is a class of mobile ad hoc networks where there does not exist a complete end-to-end path between source and destination. The routing algorithm used is Self Adaptive Utility based Routing Protocol (SAURP) that makes the network self adaptable to the network behavior. Nodes often get congested with too many messages to store and carry. Congestion control in ICNs does not rely on end-end ACK. Congestion here we refer to node/storage congestion. Buffer information is updated in the routing messages. Experimental results through simulation show that this technique improves delivery ratio and delay.
自动拥塞控制部署SAURP
本文提出了一种针对间歇网络(ICNs)的拥塞控制技术,间歇网络是一类在源和目的之间不存在完整的端到端路径的移动自组织网络。使用的路由算法是基于自适应实用程序的路由协议SAURP (Self Adaptive Utility based routing Protocol),使网络能够自适应网络行为。节点通常会因为需要存储和传输的消息太多而变得拥挤。ICNs中的拥塞控制不依赖于端到端ACK。这里我们指的是节点/存储拥塞。缓冲区信息在路由消息中更新。仿真实验结果表明,该技术提高了传输率和延迟。
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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