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Combining Unmanned Aerial Systems and Sensor Networks for Earth Observation

机译:结合无人机系统和传感器网络进行地球观测

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The combination of remote sensing and sensor network technologies can provide unprecedented earth observation capabilities, and has attracted high R&D interest in recent years. However, the procedures and tools used for deployment, geo-referenciation and collection of logged measurements in the case of traditional environmental monitoring stations are not suitable when dealing with hundreds or thousands of sensor nodes deployed in an environment of tenths of hectares. This paper presents a scheme based on Unmanned Aerial Systems that intends to give a step forward in the use of sensor networks for environment observation. The presented scheme includes methods, tools and technologies to solve sensor node deployment, localization and collection of measurements. The presented scheme is scalable—it is suitable for medium–large environments with a high number of sensor nodes—and highly autonomous—it is operated with very low human intervention. This paper presents the scheme including its main components, techniques and technologies, and describes its implementation and evaluation in field experiments.
机译:遥感和传感器网络技术的结合可以提供前所未有的对地观测能力,并且近年来引起了很高的研发兴趣。但是,当处理部署在十分之一公顷的环境中的成百上千个传感器节点时,在传统环境监测站的情况下,用于部署,地理参考和收集测得的测量值的过程和工具不适合。本文提出了一种基于无人航空系统的方案,该方案旨在在使用传感器网络进行环境观测方面向前迈进。提出的方案包括解决传感器节点部署,定位和测量收集的方法,工具和技术。所提出的方案是可扩展的,它适用于具有大量传感器节点的中大型环境,并且具有高度自治性,它的操作无需人工干预。本文介绍了该方案,包括其主要组成部分,技术和工艺,并描述了其在现场实验中的实施和评估。

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