Multisensor UAV System for the Forest Monitoring

Milan Novák, Milos Prokýsek, P. Dolezal, M. Hais, Stanislav Gril, Markéta Davídková, Jakub Geyer, P. Hofmann, Rajan Paudyal
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引用次数: 7

Abstract

In recent years, unmanned aerial vehicles (UAV) of various shapes, sizes and functions have been increasingly used for civilian applications in a wide range of fields. UAVs are flexible, inexpensive, with the ability to carry high resolution sensing systems. UAVs fill the gap between manned aircraft and satellite remote sensing systems. When searching for new methodologies, especially in forestry research, UAVs are a unique platform. Remote forest sensing, forest mapping, forest precise measurement, forest fire monitoring and support for intensive forest management are areas in which remote sensing is fully utilized. The advantages of remote sensing are mainly low material and operating costs, flexible space and time deployment, and high intensity data collection. In order to move remote sensing applications from the experimental phase into real deployment, it is necessary to come up with new methodologies that can be determined using UAVs.
森林监测多传感器无人机系统
近年来,各种形状、尺寸和功能的无人机(UAV)越来越多地应用于广泛的民用领域。无人机灵活、廉价,能够携带高分辨率传感系统。无人机填补了有人驾驶飞机和卫星遥感系统之间的空白。在寻找新方法时,特别是在林业研究中,无人机是一个独特的平台。遥感森林、森林测绘、森林精确测量、森林火灾监测和支持森林集约经营是遥感得到充分利用的领域。遥感的优势主要是材料和运行成本低,空间和时间部署灵活,数据采集强度高。为了使遥感应用从实验阶段进入实际部署阶段,有必要提出可以使用无人机确定的新方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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