Paper Title - Implementation And Evaluation Of Power Saving Algorithm For Wireless Sensor Networks


Abstract
Wireless sensor networks (WSNs) are a key technology in information gathering for smart grid, smart home automation, health care, etc. However, the battery lifetime of a sensor node is always the major concern of WSNs. To increase the battery lifetime of a sensor node, this paper implements an efficient power saving algorithm and evaluates its performance. The proposed algorithm significantly reduces the power consumption of a sensor node while preserving the accuracy of the recovered data trajectory at the sink node. The performance of the algorithm was evaluated by using ZigBee CC2530 devices and an oscilloscope to measure their power consumption. The measurement results demonstrate that the power saving performance and data accuracy of the proposed algorithm are outstanding. Keywords- WSN (Wireless sensor network), smart home, ZigBee, power saving.

Author - Yung-Hsiang Wu, Mingfu Li, Yen-Tang Chang

Citation - Yung-Hsiang Wu   ,   Mingfu Li   ,   Yen-Tang Chang   ,   Yung-Hsiang Wu, Mingfu Li, Yen-Tang Chang " Implementation And Evaluation Of Power Saving Algorithm For Wireless Sensor Networks " , International Journal of Industrial Electronics and Electrical Engineering (IJIEEE) , Volume-4,Issue-4  ( Apr, 2016 )

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