Performance analysis of Stable Election Protocol and its extensions in WSN

Siddiq Iqbal, Sandesh B. Shagrithaya, Sandeep Gowda G.P, Mahesh B.S
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引用次数: 19

Abstract

Wireless Sensor Networks (WSNs) is one of trending technology in wireless communication. Energy consumption is a major issue in WSN. Therefore most of the routing protocols are focused on energy efficiency. Clustering mechanism is one of the popular WSNs routing technique. In this paper we'll discuss about Stable Election Protocol (SEP), a two level heterogeneous protocol and its two extensions, Z-SEP and TSEP; which uses clustering technique for data transmission. In Z-SEP some nodes transmits data directly to base station and some use clustering technique. TSEP is a three-level heterogeneous reactive protocol, where cluster members transmit data to their cluster head only when sensed data exceeds some threshold. We then compare their performance based on network lifetime, throughput and stability period.
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WSN中稳定选举协议及其扩展的性能分析
无线传感器网络(WSNs)是无线通信的发展趋势之一。能源消耗是无线传感器网络的一个主要问题。因此,大多数路由协议都关注于能效。聚类机制是一种流行的无线传感器网络路由技术。本文讨论了两层异构协议——稳定选举协议(SEP)及其两个扩展:Z-SEP和TSEP;采用聚类技术进行数据传输。在Z-SEP中,有些节点直接向基站传输数据,有些节点采用集群技术。TSEP是一种三层异构响应式协议,只有当感知到的数据超过某个阈值时,集群成员才会将数据传输到它们的集群头。然后,我们根据网络生命周期、吞吐量和稳定周期来比较它们的性能。
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