一群用于环境监测的轮式和空中机器人

M. Carpentiero, L. Gugliermetti, M. Sabatini, G. Palmerini
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引用次数: 14

摘要

人们对环境和安全和健康生活条件的日益关注要求对城市地区以及特别危险的环境(靠近工厂和危险地点)的物理和化学参数进行持续监测。除了对监测人员的风险和保护的重要考虑外,还必须考虑到广泛的专业操作人员的费用。在这样的框架下,自动驾驶汽车可以方便地进行重复测量,大大降低了风险和成本。特别考虑到空气质量,地面和空中平台都可以使用;然而,最好的解决方案是将它们结合起来使用。本研究确实提出了一种由轮式漫游者组成的监测系统,显然可扩展到更多的车辆。这些平台通过专门开发的一套传感器(测量LPE, CO, CO2, CH4, H2, NH4)来绘制污染的状态和演变。特别关注自主制导和导航系统,包括实现操作的惯性测量单元、GPS和立体视觉。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A swarm of wheeled and aerial robots for environmental monitoring
The increasing interest about the environment and the conditions for a safe and healthy life require continuous monitoring of physical and chemical parameters in the urban areas as well as in specifically dangerous surroundings (proximity of plants and hazard sites). Aside from the important consideration about risk and protection of the monitoring crew, the costs of extensive, specialist operators have also to be taken into account. In such a frame, autonomous vehicles could conveniently carry on the repetitive measurements with a significant reduction in risk and costs. Looking specifically at the quality of the air, both terrestrial and aerial platforms could be used; yet the best solution would be their combined use. This research proposes indeed a monitoring system composed by wheeled rover, obviously extendable to more vehicles. These platforms map the state and the evolution of the pollution by means of a set of sensors (measuring LPE, CO, CO2, CH4, H2, NH4) purposely developed. A special focus is devoted to the autonomous guidance and navigation system, including inertial measurement unit, GPS and stereo vision that enables the operations.
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