Redundancy based WEP routing technology (IoT-WSN)

2015 International Conference on Signal Processing and Communication Engineering Systems Pub Date : 2015-03-12 DOI:10.1109/SPACES.2015.7058295

K. Anusha

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引用次数: 3

Abstract

Nearby future, thing-thing communication form will be the main form along with human-human, and human-thing. To make the things communicate among themselves Internet of Things (IoT) concept is needed. An overview of IoT and why it is going to be formulated will be given. IoT has two attributes and four differential features. The semantic analysis of Internet of things is "the Internet relating to things", will be discussed. A new concept of energy-efficient routing protocol, Weighted Election Protocol based on Redundancy (R-WEP), in order to enhance the stability period along with network life time of cluster based Wireless Sensor Networks (WSN) for thing-thing communication will be developed. This paper focuses specifically on a case-monitoring weighted sensor networks based on the weighted election protocol and the reconfiguration of nodes with the principle redundancy to keep coverage of the area and ensure a long life of the network. Flow chart of the new conceptual routing protocol, R-WEP, and the simulation results will be shown comparing with its basic protocol. An idea for application of IoT which mainly concentrates on power minimization will be discussed.

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基于冗余的WEP路由技术(IoT-WSN)

在不久的将来，物与物的交流形式将与人与人、人与物的交流形式一起成为主要的交流形式。为了使事物之间进行通信，需要物联网(IoT)概念。将给出物联网的概述以及为什么要制定物联网。物联网有两个属性和四个不同的特征。物联网的语义分析是“与物相关的互联网”，将进行讨论。为了提高集群无线传感器网络(WSN)物物通信的稳定周期和网络寿命，提出了一种新的节能路由协议概念——基于冗余的加权选举协议(R-WEP)。本文重点研究了一种基于加权选举协议的病例监测加权传感器网络，并利用冗余原则对节点进行重新配置，以保证网络的覆盖范围和长寿命。给出了新概念路由协议R-WEP的流程图，并与基本协议进行了对比仿真。将讨论以功耗最小化为核心的物联网应用思路。

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2015 International Conference on Signal Processing and Communication Engineering Systems

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