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首页> 外文期刊>Sensors and materials >Optimal Arrangement of Wearable Devices Based on Lifespan of Animals as Device Transporter Materials for Long-term Monitoring of Wildlife Animal Sensor Network
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Optimal Arrangement of Wearable Devices Based on Lifespan of Animals as Device Transporter Materials for Long-term Monitoring of Wildlife Animal Sensor Network

机译：基于动物寿命的可穿戴设备的最佳布置，作为长期监测野生动物传感器网络的设备运输材料

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In this paper, we discuss the optimal arrangement of wearable devices based on the lifespan of animals, which arc utilized as device transporter materials, for the long-term monitoring of the wildlife animal sensor network using multi-agent simulation to reproduce the wild environment. Related studies have proposed animal-to-animal data sharing to realize long-term monitoring in the wild environment. The research on the power saving of wireless communication in a group of animals has been conducted using animal behavior. However, a system that considers the lifespan of transported wildlife, in addition to power saving, is required for long-term monitoring in the wild environment. Herein, we used multi-agent simulation to reproduce the wild environment considering the lifespan of animals, and examined when and how many individuals should be introduced to the wild environment to realize data sharing in the group of animals over several years. The proposed method is suggested to enable the long-term monitoring of remote areas where people cannot enter without base stations and power infrastructure using wild animals for several years.
机译：在本文中，我们讨论了基于动物寿命的可穿戴设备的最佳布置，该设备被用作设备运输材料，用于通过多主体模拟重现野生环境来长期监测野生动物传感器网络。相关研究提出了动物对动物的数据共享，以实现对野生环境的长期监测。利用动物行为对一组动物的无线通信的节能进行了研究。但是，在野外环境中进行长期监控时，除了省电之外，还需要考虑运输野生生物寿命的系统。在本文中，我们使用多主体仿真法考虑了动物的寿命来复制野生环境，并研究了何时以及将多少个人引入野生环境，以实现几年来动物群中的数据共享。建议使用该方法可以对偏远地区进行长期监视，这些偏远地区人们在多年没有基站和使用野生动物的电力基础设施的情况下无法进入。

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