基于物联网的RFID定位自动导引车(AGV)设计

M. Iqbal, R. Omar
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引用次数: 1

摘要

第四次工业革命的出现,或者更广为人知的是工业4.0,要求工业能够适应新技术。自主机器人和物联网(iot)是工业4.0的支柱之一,已以多种形式逐步在工业中实施,包括自动引导车(AGV)。AGV和物联网是本研究的重点,其中AGV与行跟随器和RFID集成在工业环境中进行定位。AGV沿着一条线移动,具有使用RFID标签读取预定位置的能力。位置数据将通过物联网从AGV发送到服务器计算机,这使得数据传输更容易。机器人发送的数据将被服务器计算机接收并显示在计算机显示器上。由于机器人的运动完全由服务器计算机控制,预计本研究成果将对工业4.0时代AGV和IoT的应用产生重大影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic Guided Vehicle (AGV) Design Using an IoT-based RFID for Location Determination
The emergence of the fourth industrial revolution or better known as IR4.0 requires the industry to be capable of adapting new technologies. Autonomous robot and Internet of things (IoTs), which are among of the pillars of IR4.0, have been gradually implemented in industries in many forms including Automatic Guided Vehicle (AGV). AGV and IoT are the focus of this research in which the AGV is integrated with line-follower and RFID for localization in an industrial environment. The AGV, that moves along a line, has the ability to read predetermined locations using RFID tags. The location data will be sent from the AGV to a server computer using IoT, which makes data transmission easier. Data sent by the robot will be received by the server computer and displayed on the computer monitor. As the movement of the robot is fully controlled by the server computer, it is expected that the outcomes of this research will have a significant impact on the application of AGV and IoT in the era of Industrial 4.0.
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