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Implementation of Trapped Personnel Detection and Evacuation Guidance in Indoor Fire Scene Based on Quadrotor UAV

机译:基于四轮车UAV的室内火灾场景陷阱人员检测与疏散指导的实施

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This paper presents a solution to trapped personnel detection and evacuation guidance in indoor fire scene based on quadrotor UAV. Our approach purely relies on UAV's own monocular camera as the main sensor, and therefore UAV can search and rescue in unknown, GPS-denied fire environments. In this paper, an effective method was proposed, which separated the mission into two parts: one was trapped personnel detection by using face detection algorithm, the other one was evacuation guidance, which was actually scale-aware navigation and path planning by using visual SLAM system. Costly computations were carried out on an external laptop that communicated with the quadrotor over wireless. The solution can be used directly with a Parrot AR.Drone quadrotor.
机译:本文介绍了基于四轮车UAV的室内火灾场景中捕获人员检测和疏散指导的解决方案。我们的方法纯粹依赖于UAV自己的单眼相机作为主要传感器,因此UAV可以在未知的GPS拒绝的消防环境中搜索和挽救。在本文中,提出了一种有效的方法,将任务分为两部分:使用面部检测算法被捕获人员检测,另一个是疏散指导,其实际上是通过使用视觉SLAM进行缩放的导航导航和路径规划系统。昂贵的计算是在与无线连接的外部笔记本电脑上进行的。该解决方案可以直接用鹦鹉Ar.Drone四轮电机使用。

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