Mobile Robot Docking Operations in a Manufacturing Environment: Progress in Visual Perceptual Strategies

R. Arkin, R. Murphy, Mark Pearson, David Vaughn
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引用次数: 23

Abstract

This paper presents four dicerent visual strategies for use in docking operations for a mobile robot in a manufacturing environment. The algorithms developed include temporal activity (motion) detection, Hough transform-based recognition, adaptive fast region segmentation, and edge-based texture niethods. These algorithms are to be sequenced in a manner that is consistent wit11 our robot’s motor behavior (schema) for docking, exploiting aspects of ballistic and controlled motion a8 the robot moves towards a workstation.
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制造环境下的移动机器人对接操作:视觉感知策略的进展
本文提出了四种不同的视觉策略,用于在制造环境中的移动机器人的对接操作。所开发的算法包括时间活动(运动)检测、基于霍夫变换的识别、自适应快速区域分割和基于边缘的纹理方法。这些算法将以一种与我们的机器人对接的运动行为(模式)一致的方式进行排序,利用机器人向工作站移动时的弹道和控制运动的各个方面。
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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