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Minimum path exposure and detection interval setting for target detection using wireless sensor network

机译:使用无线传感器网络的目标检测的最小路径曝光和检测间隔设置

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Sensor network generally detects target at a fixed frequency. Detection interval means time spacing between two adjacent detection attempts. While designing a sensor network for detection of target intrusion in a specific region, the interval should be carefully set with trade-off between power consumption and detection performance. This is because redundant power may be consumed if it is too short and the target may be missed if too long. In this paper, we study the determination of the maximum detection interval (MDI) with specified detection performance. Path exposure is adopted as a performance metric. For detection-oriented application, a novel method to evaluate the minimum path exposure (MPE) is developed. Then the MDI problem is formulated and its solution is presented. The factors influencing the MDI are extensively simulated.
机译:传感器网络通常以固定频率检测目标。检测间隔意味着两个相邻检测尝试之间的时间间距。在设计传感器网络以检测特定区域中的目标侵入时,应在功耗和检测性能之间进行折衷,仔细设置间隔。这是因为如果它太短,可能会消耗冗余电源,如果太长,可能会错过目标。在本文中,我们研究了指定检测性能的最大检测间隔(MDI)的确定。 PATH曝光被用作性能度量。对于面向检测的应用,开发了一种评估最小路径暴露(MPE)的新方法。然后制定了MDI问题,并提出了其解决方案。影响MDI的因素是广泛的模拟。

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