Dependable Wildlife DTN: Wearable Animal Resource Optimization for Sustainable Long-Term Monitoring

Dependable Wildlife DTN: Wearable Animal Resource Optimization for Sustainable Long-Term Monitoring
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可靠的野生动物 DTN:可穿戴动物资源优化,实现可持续长期监测

DOI:
10.1109/dependsys51298.2020.00016
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发表时间:
2020
期刊:
2020 IEEE 6th International Conference on Dependability in Sensor, Cloud and Big Data Systems and Application (DependSys)
影响因子:
--
通讯作者:
Junya Kawase and Hill Hiroki Kobayashi
Junya Kawase and Hill Hiroki Kobayashi
中科院分区:
--
文献类型:
--
作者:
Keijiro Nakagawa;Daisuke Shimotoku;Junya Kawase and Hill Hiroki Kobayashi

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在这里,我们专注于动物对动物的数据共享机制,其中可穿戴设备附着到野生动物进行环境监测的基础上延迟容忍网络技术。该系统可在电力和通信基础设施以外的野外环境等难以进入的区域进行长期环境监测。该机制通过野生动物之间的多跳传输来传输动物可穿戴传感器感测的数据。为了维持这样的系统,考虑动物的寿命是必要的(可靠性问题)。此外,考虑到长期运行,现有研究中使用的评估期(仅为监测开始后的前三年)就计算机模拟的准确性而言是不合适的,因为模拟需要启动时间。因此,作为本工作的贡献,我们通过改变第三年的模拟评估时间来获得新的信息。我们的实验结果表明,动物载体输入模型,这不同于现有的研究模型,记录了最高的遭遇次数。因此,我们解决了环境监测长期运行的问题,这对动物间数据共享机制的可靠性至关重要。
Herein, we focus on an animal-to-animal data sharing mechanism in which wearable devices are attached to wild animals for performing environmental monitoring based on delay tolerant networking technology. This system enables long-term environmental monitoring in difficult-to-access areas, such as wild environments outside power and communication infrastructures. This mechanism transfers data sensed by animal-wearable sensors through multi-hop transfer between wild animals. To maintain such a system, considering the lifespan of the animals is necessary (dependability problem). Further, considering long-term operation, the evaluation period used in existing studies (only the first three years after monitoring began) is inappropriate in terms of accuracy in a computer simulation because the simulation then requires spin-up time. Therefore, as a contribution of the present work, we obtain new information by changing the evaluation time of the simulation in the third year. Our experimental results show that the animal carrier input model used herein, which differs from existing research models, recorded the highest number of encounters. Thus, we have solved the problem of the long-term operation of environmental monitoring, which is important in terms of the dependability of the animal-to-animal data sharing mechanism.
老年圈养浣熊(Procyon Lotor)的自发损伤。
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影响因子: --
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发表时间: 2019
期刊:
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