Cyber-physical Control System for Autonomous Logistic Robot

H. Pikner, R. Sell, K. Karjust, E. Malayjerdi, T. Velsker
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引用次数: 7

Abstract

The rapid development of intelligent control technology has affected the logistics industry and led to the implementation of new concepts of autonomous indoor logistic robots. These robots are operating inside warehouses and factories to move goods and packages around in the rooms. There is a high motivation to reduce the cost of these mobile robots as well as to create flexible control systems. Tallinn University of Technology in cooperation with a Kulinaaria production plant has developed a new small scale logistic robot to move boxes in rather tight spaces. New technology, including AI and machine vision, is applied to achieve the flexibility and cost-effectiveness of the newly developed mobile robot solution.
自主物流机器人的信息物理控制系统
智能控制技术的快速发展影响了物流行业,并导致自主室内物流机器人新概念的实施。这些机器人在仓库和工厂里工作,在房间里搬运货物和包裹。降低这些移动机器人的成本以及创建灵活的控制系统是一个很高的动机。塔林理工大学与库利纳亚生产工厂合作开发了一种新的小型物流机器人,可以在相当狭小的空间内移动箱子。包括人工智能和机器视觉在内的新技术被应用于实现新开发的移动机器人解决方案的灵活性和成本效益。
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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