Transform LAEEBA Routing In WBAN

This paper transforms the LAEEBA protocol to raise the performance of the protocol. Modern health care system is one of the most popular WBAN applications and a hot area of research in subject to present work. Seven sensors Nodes are arranged on a human body having equal power and computation capabilities. Sink node is placed at waist .Different nodes are used to measure various activities like Viscometric sensor for continuous glucose monitoring etc. In the LAEEBA protocol all the nodes are active at every time, but the total usage period of few nodes is very less depending upon the disease covered. This improve the wastage of the energy so in this my proposed work I will try to sleep active node which not in use. The sink node will remain active all the time and other node in sleep state for some periodic time interval .sink all time broadcast message using TDMA and collect all reading from other nodes. The simulation results show that the proposed technique is better than the existing technique. The comparison is done by using the Energy ratio, PDR, E2E Delay and throughput. The delay gets decreased and the throughput gets increased. The PDR in the proposed algorithm is greater than the existing Algorithm so the proposed algorithm is better than the Existing algorithm.