Design and Development of IoT enabled Multi Robot System for Search and Rescue Mission

Rajesh Singh, Rohit Samkaria, A. Gehlot, Sushabhan Choudhary
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引用次数: 5

Abstract

It can be admitted that multi robot systems have better possibilities of success in accomplishing surveillance and rescue missions. In proposed system, a multi robot system based on swarm intelligence is developed which will help in surveillance with real time data uploading on cloud using IoT and perform rescue missions. The objective of this paper is to develop wireless intercommunication between multiple agents so that they perform the given task in synchronized manner and to develop a control strategy for robots using PID technique and further optimizing it using ant colony optimization (ACO) algorithm. The presented system consists of two robots with temperature sensing, fire sensing and hazardous gas sensing features and a hand held device which receives this information and handheld device is incorporated with the NodeMCU unit that upload the data on BLYN app. These robots also have capability of sending live videos using wireless camera. The paper also consists of development of hardware along with simulation results of the system.
基于物联网的多机器人搜救系统的设计与开发
可以承认,多机器人系统在完成监视和救援任务方面具有更好的成功可能性。在该系统中,开发了一种基于群体智能的多机器人系统,该系统将利用物联网在云端实时上传数据并帮助执行救援任务。本文的目标是开发多个智能体之间的无线通信,使它们以同步的方式执行给定的任务,并使用PID技术开发机器人的控制策略,并进一步使用蚁群优化算法进行优化。该系统由两个具有温度感应、火灾感应和有害气体感应功能的机器人和一个接收这些信息的手持设备组成,手持设备与NodeMCU单元相结合,可以将数据上传到BLYN应用程序上。这些机器人还具有使用无线摄像头发送实时视频的能力。论文还包括硬件的开发以及系统的仿真结果。
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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