A Semi-Autonomous Tracked Robot Detection of Gun and Human Movement Using Haar Cascade Classifier for Military Application

Mohammad Zahirul Islam, Ali Ahsan, Ratul Acharjee
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引用次数: 2

Abstract

The evolutionary process of modern robotics helps the military forces to revamp their aged systems with today's advanced technology. For defending any kind of criminal activities like hostage situation created by any extremist or a militant group the uses of all terrain military assistance robot has increased from past time. In this paper we have approached a stair climbing robot with some creative features which can assist a military group to complete a mission or achieve any milestone. We have focused on reliable designs and unique stair climbing mechanisms with the detection of stairs through image processing. Moreover detecting the human movement and different kind of guns using the image processing algorithms helps us to upgrade our system into a semi-autonomous robot. Using radio frequency communication protocol, wide range of working space is achieved which helps the user to control the robot from a safe distance from the crime zone. Experimental analysis of the system justify the reliability as well as the efficiency of the design and the algorithms for practical scenario.
基于Haar级联分类器的半自主履带式机器人对武器和人体运动的检测
现代机器人技术的进化过程有助于军队用今天的先进技术改造他们陈旧的系统。为了防御任何类型的犯罪活动,如任何极端分子或武装组织制造的人质情况,全地形军事援助机器人的使用从过去开始增加。在本文中,我们研究了一种具有创造性功能的爬楼梯机器人,它可以帮助一个军事团体完成任务或达到任何里程碑。我们专注于可靠的设计和独特的爬楼梯机构,通过图像处理检测楼梯。此外,使用图像处理算法检测人体运动和不同类型的枪支有助于我们将系统升级为半自动机器人。采用射频通信协议,实现了大范围的工作空间,帮助用户在远离犯罪区域的安全距离上控制机器人。系统的实验分析证明了该设计的可靠性和有效性,并对实际场景进行了验证。
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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