Energy efficient cluster based protocol and Dynamic Path Identification using BFO

Author Parminder Kaur
Co-Author Abhilasha Jain
DOI

Country : India
Subject : Computer Science

Keywords : BFO, WSN, Path Identification, Tree

Abstract

The wireless sensor network usually consists of a large amount of battery-powered sensor nodes. For lifetime delay, it is of utmost importance in WSNs to proposal a clustering protocol in hybridization of tree structure that minimizes energy consumption while achieving the end-to end delay constraint to meet applications’ requirements. Wireless sensor systems are becoming an active subject of research, where sensors are units with sensing, processing, & wireless networking ability. They can automatically collect the data & report the quantities to the sink. Recently, several wireless sensor systems have been designed and deployed for kinds of applications. An important role in many WSN operation models and applications, such as average access scheduling, information fusion, beam-forming, target tracking, etc. WSNs are used in a wide range of potential applications together with military, medical coordination, & robotic examination, which explains the significant attention drawn by these types of networks in research field. As demonstrated by, since sensor nodes are usually battery powered, conserving their energy & prolonging the system life time are prime goals while designing protocols for those networks. There is very less substructure in used in WSN. WSN contains of large amount of nodes which may vary from rare thousands to obtain the information from the atmosphere. So an efficient approach is needed for the optimize routing by using swarm intelligence approach to increase the lifespan of the network in terms of throughput, packet delivery, end to end delay with less error rate probability.

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