Heterogeneous wireless sensor networks clustering and energy efficient routing optimization algorithm

Abstract

It has been found existing techniques to determine the stress of the soil and processes that are suitable for evaluating a number of variables in a short period of time, and they can react quickly to reveal stress changes in their operation (WSN). "The life span and the work efficiency are inextricably linked." See if you can decrease the network loss by any means other than by using a rational and balanced clusters and interconnecting the clusters. Today's increased demand for WSN has made it more important to consider life cycle lifetime performance, but there has also been an increase in their focus on the original cycle life cycle of the protocol. In the transmission stage, the hybrid mode is used, as well as energies on the previous hops and between the nodes being measured the election of next-hop nodes also has full support. By introducing an uneven clustering mechanism and optimising the competition zone's cluster radius, the simulation shows a significant improvement in data retention and transmission time.