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5th ACIS International Conference on Software Engineering Research, Management & Applications (SERA 2007)
A Study on the Circular Sensing Model with a Low Power Profile in Wireless Sensor Networks
Haeundae Grand Hotel, Busan, South Korea
August 20-August 22
ISBN: 0-7695-2867-8
Seok-cheol Lee, PuKyong Nat'l University, Korea
Sam-bum Shin, PuKyong Nat'l University, Korea
Hyun-suk Hwang, PuKyong Nat'l University, Korea
Chang-soo Kim, PuKyong Nat'l University, Korea
Existing wireless sensor network devices based on micro-controller devices such as MICA have a serious limitation of power consumption because of dependent on AA or AAA batteries in executing nodes. However the nodes can keep their lifetime during one or more months, replacement of batteries and difficult maintenance of sensors are often needed. Therefore, it is essential for sensors to have a low power profile. In this paper, we present a method to find duration of sensing, detection of events, and circulation of sensing. Also, we implement a prototype of proposed model and simulate it about power consumption through a circular sensing method. Our main idea is to reduce power consumption for driving sensors through a circular sensing algorithm on wireless communication. We attained a result that our model can decrease power consumption up to almost 3 times. The effect is occurred from avoiding redundant transmission and decreasing the power for driving sensors
Citation:
Seok-cheol Lee, Sam-bum Shin, Hyun-suk Hwang, Chang-soo Kim, "A Study on the Circular Sensing Model with a Low Power Profile in Wireless Sensor Networks," sera, pp.616-624, 5th ACIS International Conference on Software Engineering Research, Management & Applications (SERA 2007), 2007
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