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Intelligent robot control using omnidirectional vision

机译:使用全向视觉进行智能机器人控制

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Abstract: ectional vision using a wide angle lens with a 2 pi steradian field has been studied for image visualization and navigation for mobile robots. The advantages that can be obtained with the large field of view include instantaneous viewing which permits dynamic control and improved visualization. The significant geometric distortion can be corrected using image processing for either image viewing or target recognition. The purpose of this paper is to present results from the use of omnidirectional vision as an integral component in an intelligent robot control system. Using the vision system for position updates provides a method for accurate position control. Simulation and experimental results are presented of a two level control system which uses encoders for dead reckoning position control and periodic vision position updates. The system appears promising for mobile robot navigation and can lead to a robust control system. !7
机译:摘要:已经研究了使用具有2 pi Steradian视野的广角镜头产生的视觉,用于移动机器人的图像可视化和导航。大视野所能获得的优势包括瞬时观察,可实现动态控制和改善的可视化效果。可以使用用于图像查看或目标识别的图像处理来校正明显的几何变形。本文的目的是介绍全向视觉作为智能机器人控制系统不可或缺的组成部分的结果。使用视觉系统进行位置更新可提供一种精确的位置控制方法。给出了使用编码器进行航位推算位置控制和周期性视觉位置更新的两级控制系统的仿真和实验结果。该系统对于移动机器人导航似乎很有希望,并且可以导致强大的控制系统。 !7

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