Towards a Novel Edge to Cloud IoMT Application for Wildlife Monitoring using Edge Computing

J. C. C. Tavares, L. B. Ruiz
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Abstract

This work proposes an application of the Internet of Multimedia Things (IoMT) for monitoring wildlife using edge computing. The application architecture was designed considering all stages from the collection of data in nature to delivery to the user. For this, the application architecture is organized into three services: edge, distribution and delivery. All application services were implemented without the use of commercial solutions, serving as a guide for developers who want to implement their own monitoring. As a study case, the application implemented in this work is that of monitoring birds calling, and was designed based on the Brazilian protocol for monitoring birds. Monitoring wildlife is a necessary task and often requires tasks in places that are difficult to access.
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利用边缘计算实现野生动物监测的新型边缘到云IoMT应用
这项工作提出了多媒体物联网(IoMT)的应用,用于使用边缘计算监测野生动物。应用程序体系结构的设计考虑了从本质上的数据收集到交付给用户的所有阶段。为此,应用程序架构被组织为三个服务:边缘服务、分发服务和交付服务。所有应用程序服务都是在没有使用商业解决方案的情况下实现的,这对于希望实现自己的监控的开发人员来说是一个指南。作为研究案例,本工作实现的应用为鸟类鸣叫监测应用,基于巴西鸟类监测协议进行设计。监测野生动物是一项必要的任务,通常需要在难以进入的地方进行任务。
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A Virtualized LoRa Testbed and Experimental Results for Resource Pooling Towards a Novel Edge to Cloud IoMT Application for Wildlife Monitoring using Edge Computing LoRa-STAR: Optimizing Energy Consumption in LoRa Nodes for Precision Farming Prioritized computation offloading and resource optimization for networks with strict latency DTLS Connection Identifiers for Secure Session Resumption in Constrained IoT Devices
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