Design and application of intelligent patrol system based on virtual reality

Zheng Huang, Diansheng Chen, Min Wang
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引用次数: 3

Abstract

With the development of society, the size and numbers of large-scale places such as shopping malls and airports continue to expand and the need for security automation increases. Patrol robot is a comprehensive system with environmental awareness, route planning, dynamic decision making, behavior decision making and so on [1]. The existing patrols are mainly inefficient manual patrols and it is a viable solution to make patrol robots achieve regular, fixed patrol or interrupted patrol in a complex environment. As a technology with excellent human-computer interaction, virtual reality can be applied to patrol robots and it can improve efficiency and reliability of patrol task. Based on the modeling of known patrol environment, 3 modules based on C++ programming language, which include virtual display module, registration module based on OpenCV visual library, robot remote control module based on TCP/IP protocol, were developed in the paper. This above 3 modules make the system achieve the remote control function and online patrol function of patrol robot. In addition, the realistic sense of the virtual reality technology and the accuracy of registration technology has been proved been proved by experiments.
基于虚拟现实的智能巡逻系统设计与应用
随着社会的发展,商场、机场等大型场所的规模和数量不断扩大,对安防自动化的需求也随之增加。巡逻机器人是一个具有环境意识、路线规划、动态决策、行为决策等功能的综合系统[1]。现有的巡逻主要是效率低下的人工巡逻,使巡逻机器人在复杂环境下实现定期、固定巡逻或间断巡逻是一种可行的解决方案。虚拟现实作为一种具有良好人机交互性的技术,可以应用于巡逻机器人,提高巡逻任务的效率和可靠性。在对已知巡逻环境建模的基础上,基于c++编程语言开发了虚拟显示模块、基于OpenCV可视化库的配准模块和基于TCP/IP协议的机器人远程控制模块。以上3个模块使系统实现了巡逻机器人的远程控制功能和在线巡逻功能。此外,通过实验验证了虚拟现实技术的真实感和配准技术的准确性。
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