基于概率覆盖的无线传感器网络区域覆盖控制协议

Ying Tian, Xiaoqian Yang, Yang Ou, G. You
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引用次数: 3

摘要

在高密度无线传感器网络中,覆盖控制是提高网络效率的重要手段,它可以在保证网络覆盖的前提下,在适当的时间调度处于活动或休眠状态的传感器。为了充分利用高密度网络的冗余覆盖,设计了一种基于概率覆盖模型的区域控制协议。为简化区域覆盖判断,将区域覆盖问题转化为若干点覆盖判断,在前人工作的基础上提出了区域判断规则。然后,利用改进的判断规则,设计节点自调度方案,根据从活动邻居处接收到的信息,将传感器切换到活动状态或休眠状态。与其他覆盖控制协议相比,我们改进的协议能够更有效地保持网络覆盖质量和延长网络寿命。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An area coverage control protocol based on probabilistic coverage for wireless sensor networks
Coverage control in high dense wireless sensor network is an important way to make the network more efficient, which can schedule the sensors in active or sleeping state at the right time on the precondition of maintaining the network coverage. Aiming to make the best of redundant coverage of the high dense network, an area control protocol based on probabilistic coverage model is designed. To simplify the area coverage judgment, the area coverage problem is transformed into the several points coverage judgment, an area judging rule is presented base on the previous work. And then, using the promoted judging rule, a node self-schedule scheme is designed, which can turn the sensor into active state or sleep according to the information received from its active neighbors. Comparing with other coverage control protocol, our promoted protocol can maintain the network coverage quality and prolong the network lifetime more efficiently.
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