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RGB-D sensor based human detection and tracking using an armed robotic system

机译:使用武装机器人系统基于RGB-D传感器的人体检测和跟踪

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摘要

This paper presents a prototype of a military robot which implements an application of real time detection and tracking of human beings. A depth sensing camera system by Microsoft Kinect is utilized on a physical robot for human detection and aiming in static mode of operation. Human detection is obtained by using APIs of Open Natural Interaction (OpenNI) framework and the aiming routine is carried out by two different methods, firstly by using Regression Analysis between image pixels and the gun control motors, and secondly, by using inverse kinematics. The aiming performance is evaluated for both the methods and a comparison is made based on the accuracy.
机译:本文提出了一种军事机器人的原型,该原型实现了对人类的实时检测和跟踪的应用。 Microsoft Kinect的深度感应摄像头系统用于物理机器人上,用于人体检测和瞄准静态操作模式。通过使用开放自然交互(OpenNI)框架的API可以进行人体检测,并且通过两种不同的方法执行瞄准例程,首先是通过图像像素与喷枪控制马达之间的回归分析,其次是通过逆运动学。两种方法均评估了瞄准性能,并根据精度进行了比较。

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