Dynamic reconfigurable wireless sensor network architecture and parametric analysis

Abstract

Wireless Sensor networks emerged as one of the important newlinetechnologies in 21st century modern communication systems and applications. newlineIn recent years, wide adaption of Wireless Sensor Networks has been newlinewitnessed because of its necessity in numerous applications such as disaster newlinemanagement, health, wildlife monitoring, military applications, campus newlinesecurity, home security and surveillance applications. It is evident that, with newlinethe emergence of Internet of Things (IoT), Wireless Sensor Networks gained newlinemomentum with active participation from wide range of developers, building newlineuser specific communication applications. It is imperative that Wireless newlineSensor Networks is bringing a revolutionary change in modern newlinecommunication systems. Also integration of data networks, cellular networks, newlinewireless networks has become reality with wide range of user specific newlinedistributed application requirements.Wireless Sensor Networks is a collection of distributed selfresilient sensor nodes, monitoring physical and environmental data. The newlinedesign and deployment of sensor nodes in a Wireless Sensor Network newlineinfluenced by their performance metrics namely communication range, newlinesensing range, power consumption, accuracy, packet delivery ratio, newlineprocessing speed and other aggregated metrics such as trustworthiness, newlinereliable communication capabilities and also the possible security issues newlineassociated with deployment field newline newline