自组织网络的功率感知传输协议

P. Ganeshkumar, K. Thyagarajah
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引用次数: 5

摘要

传输控制协议(TCP)的设计目的是在不可靠的网络上提供可靠的端到端数据传输。忽略无线自组织网络的特性可能导致TCP实现不佳。因此,专门为自组网设计了几种传输层协议,如ATCP、ATP、TPA等。在这些协议中,ATP发现更适合于自组织网络。在ATP中,发送TCP的性能是集中的,但在设计时没有考虑中间节点的性能和负载。本文提出了一种简单的方法来解决中间节点问题,使其在三层而不是四层中运行。这种增强的ATP被称为PATPAN。
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PATPAN: Power Aware Transport Protocol for Adhoc Networks
The transmission control protocol (TCP) was designed to provide reliable end to end delivery of data over unreliable networks. Ignoring the properties of wireless adhoc networks can lead to poor TCP implementation. Therefore several transport layer protocol have been designed exclusively for adhoc network such as ATCP, ATP, TPA etc. Out of these protocols ATP finds to be more suitable for adhoc network. In ATP, the performance of sending TCP is concentrated but the performance and load of the intermediate node is not taken in to account while designing it. In this paper a simple approach is proposed to address the intermediate node problem by making it to operate in three layers rather than operating in four layers. This enhanced ATP is called as PATPAN.
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