An Approach To Wireless Nano Sensing Network Routing Protocol Based On Energy And Lifetime

Abstract Recent advancement and grown up technologies has enabled the development and implementation of low-cost energy efficient and versatile sensor networks. Sensor networks are built up with sensors that have the ability to sense physical or environmental property. Assumption can be made that Wireless Sensing Network WSN is able to sense environmental conditions at Nano and gaseous level. Wireless sensor network has increasingly become a research hotspot as the technology of wireless networks become gradually matured and supported by small micro-mobile devices. WSN consists of a several number of sensor nodes ranging from few tens to thousands and base station or sink node. Each node is capable of storing processing and relaying the data that are sensed. The quality of working properly of the nodes in WSN application consists of comprehension gathering and distributing information in the network. Energy is a main issue as the sensors are in general tiny. In addition wireless with restricted memory and quality of working properly given the fact that the batteries have a restricted governing power. For this reason routing system of these type of nodes sometimes depend on energy. In this paper we have focused on the efficient routing protocols of wireless sensing network based on energy level and life time.