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Ultrasonic Sensor Network System Utilizing New Timing Synchronization of a ZigBee Network for Ecology Observation

机译:利用ZigBee网络的新定时同步进行生态观测的超声波传感器网络系统

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Timing synchronization is essential in cases where multiple sensor nodes with ultrasonic sensors are deployed in the same place. This is because ultrasonic sensors should be powered at a precise timing so as to prevent ultrasonic interference. A harmful-birds scaring system utilizing a new timing-synchronization method for a Zig Bee sensor network is proposed. In this method, the processing load for synchronizing the timing of ultrasonic sensors is concentrated at the server. Accordingly, the amount of calculation on each node can be minimized and is unaffected by increasing the number of nodes. Experimental evaluation of the proposed method, applied in an ecology observation by a sensor array, was shown that it sufficiently fulfills the timing requirement for the proposed harmful-birds scaring system.
机译:在将多个带有超声传感器的传感器节点部署在同一位置的情况下,定时同步至关重要。这是因为超声波传感器应在精确的时间供电,以防止超声波干扰。提出了一种针对Zig Bee传感器网络的采用新型定时同步方法的有害鸟类恐吓系统。在该方法中,用于使超声波传感器的定时同步的处理负荷集中在服务器上。因此,每个节点上的计算量可以最小化,并且不受增加节点数的影响。通过传感器阵列在生态学观察中对提出的方法进行实验评估,结果表明该方法足以满足提出的有害鸟类吓ing系统的时间要求。

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