After a large improvement in health care services, Wireless Body Area Sensor Network (WBASN) is used in different fields where health care monitoring can be done continuously and from a distance. Many selected protocols are given in literature work which can improve the performance of WBASN by focusing on delay, routing and energy efficiency. In our research, we will focus on improving throughput, network life time, and decrease end-to-delay. In given research, the two sink nodes utilized and AnyCasting concept will be used. Dual Sinks based Scheme (DSS) for WBASN will be compared with existing DARE, SIMPLE, LAEEBA and M-ATTEMPT protocols. DSS performance found more efficient than DARE, SIMPLE, LAEEBA and M-ATTEMPT respectively in throughput. From results, DSS network life time is greater than DARE, SIMPLE, LAEEBA and M-ATTEMPT with minimum delay. In DSS, energy parameter is in tradeoff with the improved parameters, because of a computation of RSSI which do more process and utilize more energy.

/pdf/design-and-performance-analysis-of-dss-dual-sink-based-9wxzup77ie.pdf

Design and Performance Analysis of DSS (Dual Sink Based Scheme) Protocol for WBASNs

After successful development in health-care services, WBASN is also being used in other fields where continuous and distant health-care monitoring is required. Various suggested protocols presented in literature work to enhance the performance of WBASN by focusing on delay, energy efficiency and routing. In this research we focus to increase the stability period and throughput, while decreasing end-to-delay. Two sink nodes are utilized and concept of AnyCasting is introduced. In this research, we have presented a scheme AnyCasting In Dual Sink (ACIDS) for WBASN and compared it with existing protocols LAEEBA and DARE. The performance of ACIDS is found to be 51% and 13% efficient than LAEEBA and DARE respectively in throughput. Results show that, the stability period of ACIDS is much greater than LAEEBA and DARE with minimum delay. Energy parameter in ACIDS is in tradeoff with the improved parameters, due to the computation of RSSI which does more processing and utilizes more energy.

/pdf/anycasting-in-dual-sink-approach-acids-for-wbasns-4vv4l03xo3.pdf

AnyCasting In Dual Sink Approach (ACIDS) for WBASNs

According to the requirements of structure and communications of Body Area Network, a study is made on the node energy control strategy of Body Area Network. On the basis of dynamic routing protocol DSR, energy saving self-adaptive route E-DSR of Body Area Network has been designed, and the simulation analysis has also been made. The results show that effectively utilizing the node energy can improve the communication efficiency and lifecycle of Body Area Network by adopting E-DSR route.

Routing Design and Simulation of Body Area Network Based on Node Energy Consumption Control Strategy

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Routing Design and Simulation of Body Area Network Based on Node Energy Consumption Control Strategy