Energy Gain Enhancement by ECC Coded Data in Wireless Sensor Networks

M. Adeel, Aamir Latif, Muhammad Muaz, S. Mahmud
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Abstract

Main research in focus nowadays in the area of wireless sensor networks (WSN) is optimizing solution of energy gain. Techniques for optimizing power usage in WSNs have been developed in this paper. The goal is achieved by exploiting a decrease in cross-over distance between error correcting coded (ECC) information signals and its un-coded version. A decrease in total energy gain is observed from the practical data acquisitioning. From analysis presented in this paper, the overall 22% energy gain in ECC coded data was observed with the theoretical analysis and results obtained using MATLAB. The modulation schemes under test were MPSK, MFSK and MQAM. Furthermore, the presented idea has opened ways for researchers to exploit other means to bring a decrease in cross-over distance so that further gain of energy in WSNs can be possible.
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无线传感器网络中ECC编码数据的能量增益增强
当前无线传感器网络(WSN)领域的主要研究热点是能量增益优化方案。本文开发了优化无线传感器网络功耗的技术。该目标是通过减少纠错编码(ECC)信息信号与其未编码版本之间的交叉距离来实现的。从实际数据采集中观察到总能量增益降低。根据本文的分析,通过理论分析和MATLAB得到的结果,可以观察到ECC编码数据的总能量增益为22%。测试的调制方案有MPSK、MFSK和MQAM。此外,提出的想法为研究人员开辟了道路,利用其他方法来减少交叉距离,从而使无线传感器网络中的能量进一步增加成为可能。
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