A novel mechanism of low power consumption for wireless senor networks

Ya-Chun Li, J.H. Chang, Wei Lee
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Abstract

The development of the Low-Rate Wireless Sensor Network(LR-WSN)is matures gradually and the characteristics of LR-WSN included low date rate, low power consumption and low volume...etc. For the application of emergency cases, like calamity detection of the mudflows and landslides, according to earthquake sounds and the humidity of the soil, the detection sensors is in very low date rate state in most of the time and need to transmit data frequently. Hence, the algorithms in this paper are proposed for control the data rate and to find a balance between performance and power consumption to achieve the goal of extending battery life.
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一种新的无线传感器网络低功耗机制
低速率无线传感器网络(low - rate Wireless Sensor Network, LR-WSN)的发展日趋成熟,具有低数据速率、低功耗、小体积等特点。在泥石流、滑坡灾害检测等紧急情况的应用中,根据地震声和土壤湿度,检测传感器在大部分时间处于极低的数据率状态,需要频繁地传输数据。因此,本文提出了控制数据速率的算法,并在性能和功耗之间找到平衡,以达到延长电池寿命的目的。
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