ANALYSES OF DIFFERENT PROTOCOLS FOR MULTIPATH ROUTING IN WSN

Suseela B

doi:10.29284/ijasis.4.2.2018.23-30

Abstract

Modern progress in Wireless Sensor Networks (WSNs) for instance observation, traffic observation as well as storeroom of probable applicable are planned to cherish the authentic planet. For these network severe necessities of quick, dependable protocol to convene the restraint that is latency, highest packet received ratio, good put as well as energy efficiency. In this article we have reviewed the several multi path routing protocols such as Energy Efficient Multi Path (EEMP) routing protocol, Secure and Energy efficient Multi Path (SEMP) routing protocol, Bandwidth Aware Multi Path (BAMP) routing protocol, Cooperative Multi Path (CMP) routing protocol as well as QoS Multi Path (QoSMP) routing protocol. The simulation of multi path routing is offered depend on packet received ratio, average delay as well as energy efficiency in WSN.

Highlights

Wireless Sensor Networks (WSNs) is spread for a broad series of applications, for instance clever moving, armed forces, as well as resident fields
WSN is spread for a broad series of applications, for instance clever moving, armed forces, as well as resident fields
The routine of the Efficient Multi Path (EEMP), Secure and Energy efficient Multi Path (SEMP), Bandwidth Aware Multi Path (BAMP), CPM and QoS Multi Path (QoSMP) are examined with utilizing the Network simulator (NS-2.35)

Summary

Introduction

WSN is spread for a broad series of applications, for instance clever moving, armed forces, as well as resident fields. MP offers number of routes for assembly, the travel can be dividing as well as forward via the dissimilar routes attain superior load assessment can be reached except in MP system. It will induces delay as well as queuing latency whilst communicating the information concurrently. That displace route in multiple path is preferred minimize the Routing Overhead (RO) by negligible path finding. It can attain superior load equilibrating as well as get better the pliability to collapse [3]

Methods

Results

Conclusion