Certain investigations on stable path routing for energy efficiency using load balancing and packet scheduling in wireless sensor networks

Abstract

In the wireless network, the performance of every sensor node is based on the energy level. The effectiveness of the network depends on improving the residual energy of the sensor nodes in the network. The Energy Efficient Cluster based Scheduling Scheme is developed for WSN, utilized for energy managing among nodes because of increased network lifetime, and energy efficiency using the group depending scheduling newlinetechnique. Initially, the cluster topology is exposed, and cluster head is chosen based on the remaining energy of every node. At this point, energy threshold value is measured by cluster head node, to measure the energy flow rate of every cluster member node in the network. Subsequently, the scheduling scheme is proposed to assign the time slots to cluster member node for communication and to separate the packet jamming from the network. Finally, the energy consumption reduction is needed to maintain the high energy level of remaining nodes. Furthermore, the new packet which is forwarded to all cluster member nodes in a network environment. In the simulation, the output indicates the present technique offers minimum energy newlineusage, maximum network lifetime, minimum packet latency, lesser communication overhead, and maximum packet success rate.Cluster head nodes monitor the network structure efficiently to attain the scalability and strength of the WSN while grouping the nodes with the maximum energy range. Some intermediate nodes or cluster head nodes are overloaded with an enormous amount of sensor nodes, which are fixed in the network environment quickly disappear and then minimizes the lifetime of the network. newline newline