首页> 外文会议>4th IFAC Symposium on Intelligent Autonomous Vehicles 2001 (IAV 2001), Sep 5-7, 2001, Sapporo, Japan >A SPACE-DIVISION OPTICAL WIRELESS INTER-ROBOT COMMUNICATION SYSTEM WITH MUTUAL LOCALIZATION ABILITY FOR MULTIPLE AUTONOMOUS MOBILE ROBOTS
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A SPACE-DIVISION OPTICAL WIRELESS INTER-ROBOT COMMUNICATION SYSTEM WITH MUTUAL LOCALIZATION ABILITY FOR MULTIPLE AUTONOMOUS MOBILE ROBOTS

机译:具有多重定位能力的多自治移动机器人的空分光学无线机器人间通信系统

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This paper presents a space-division optical wireless inter-robot communication system for multiple mobile robots. Infrared optical wireless communication is suitable for the mobile robots, because of its low level of interference in multiple directions. However, optical wireless communication is lost when either of the robots runs and/or rotates due to the nature of infrared rays. The proposed communication system has many infrared transceivers, which face all directions. The system can maintain circuit connections by exchanging transceivers. Furthermore it can communicate at the same time with more than one robot in different positions by using different transceivers. As an example of local sensing capabilities of the system, mutual localization using transceivers on three communicating robots is also described. Hardware realization and performance measurements are illustrated to reveal the effectiveness of the proposed system.
机译:本文提出了一种用于多个移动机器人的空分光学无线机器人间通信系统。红外光学无线通信因其在多个方向上的干扰小而适用于移动机器人。但是,由于红外线的特性,当两个机器人中的任何一个机器人运行和/或旋转时,光学无线通信都会丢失。所提出的通信系统具有许多面向各个方向的红外收发器。系统可以通过交换收发器来维持电路连接。此外,通过使用不同的收发器,它可以同时与多个机器人在不同位置进行通信。作为系统的本地感测功能的示例,还介绍了在三个通信机器人上使用收发器进行的相互定位。说明了硬件实现和性能测量,以揭示所提出系统的有效性。

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