De-Centralized Multi Robot Co-Ordination and Communication

S. Khan, B. Athar
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Abstract

The aim of this research is to develop a decentralized communication system of multiple robots which have capability to communicate and coordinate with each other, by which all robots work individually while keeping connectivity among them. Decentralized communication between robots is the main part of this project. This type of communication shows great potential in many aspects. A decentralized system is the combination of both intelligent and decision making inspired from nature. To meet this object two identical robots are developed which successfully communicate with each other to complete an assigned task. A single task is given to both robots; to find specific object/target location. Once the target is found by any of the robot that robot will then communicate with second robot to guide the path of object/target location. Guiding path to the second robot is the challenging task as discussed in this paper. The Robots use Bluetooth devices to calculate and extract the RSSI (Received Signal Strength Indication)values for communication purpose.Both robots work together as a team. By working in communicated way their time is reduced to achieve the task and create synergy. Any task could be easily attained in team work than by the work of the single individual robot.
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分散式多机器人协调与通信
本研究的目的是开发一种具有相互通信和协调能力的多机器人分散通信系统,通过该系统,所有机器人都可以独立工作,同时保持它们之间的连接。机器人之间的分散通信是这个项目的主要部分。这种沟通方式在很多方面都显示出巨大的潜力。一个去中心化的系统是智能和决策的结合,灵感来自大自然。为了实现这一目标,开发了两个相同的机器人,它们能够成功地相互通信以完成指定的任务。给两个机器人一个任务;查找特定对象/目标位置。一旦目标被任何一个机器人发现,该机器人将与第二个机器人通信以引导物体/目标位置的路径。引导第二个机器人的路径是本文讨论的具有挑战性的任务。机器人使用蓝牙设备计算和提取RSSI(接收信号强度指示)值用于通信目的。两个机器人作为一个团队一起工作。通过以沟通的方式工作,他们的时间减少了,以完成任务并创造协同作用。任何任务在团队合作中都比单个机器人更容易完成。
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