使用树莓派和多个传感器的危险侦察漫游者

Md. Razaul Haque Usmani, Lafiz Maruf Rahman, Salsabil Ahmed, I. Chowdhury, J. Uddin
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引用次数: 0

摘要

本文提出了一种能在灾难情况下提高人类可及性的探测车模型。为了实现所提出的模型作为硬件工具,我们使用了一个由树莓派驱动的四轮漫游车,其紧凑的机身,其中集成了多个传感器,如温度,湿度和气体探测器传感器以及夜视摄像头模块。实验结果表明,所提出的漫游者能够在人类似乎不太可能到达的地区进行穿越和调查,特别是在危险的情况下。
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Hazard Reconnaissance Rover Using Raspberry Pi and Multiple Sensors
This paper presents a model of a rover which enhances the human reach during catastrophic situations. To implement the proposed model as a hardware tool, we utilize a four-wheeled rover powered by Raspberry Pi with a compact body, where multiple sensors like temperature, humidity and gas detector sensors along with a night vision camera module are integrated. The experimental results demonstrate that the proposed rover is able to traverse and survey in the areas where human reach seems unlikely, especially in hazardous situations.
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