Developing 3D model for mobile robot environment using mono-vision system

M. Al-Jarrah
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引用次数: 2

Abstract

Mobile robot system will be an important asset in our future. Mobile robot not only has to execute predefined tasks programmed with, but also it must explore the unknown environment that might be pushed to work in. In this paper we propose, implement and test a new model for mobile robot environment using mono-vision system. This proposed system develops 3D environment model utilizing mono-vision system. The model is developed through capturing multiple shots from different locations. The 3D model describes the distance and the angle of objects with respect to the robot. Finally, the mobile robot will utilize this model to navigate its environment. This is achieved through projecting the 3D model into the motion floor and identifying the obstacles surrounding the robot. Then, the robot will avoid any object in its motion line. Most importantly, the model is updated continuously based on the changes in the environment and the location of the robot.
利用单视觉系统建立移动机器人环境的三维模型
移动机器人系统将是我们未来的重要资产。移动机器人不仅要执行预先设定好的任务,而且还必须探索可能被推入的未知环境。本文提出、实现并测试了一种基于单视觉系统的移动机器人环境模型。该系统利用单视觉系统建立三维环境模型。该模型是通过从不同位置捕获多个镜头来开发的。三维模型描述了物体相对于机器人的距离和角度。最后,移动机器人将利用该模型在其环境中导航。这是通过将3D模型投射到运动地板上并识别机器人周围的障碍物来实现的。然后,机器人将避开其运动线上的任何物体。最重要的是,模型会根据环境的变化和机器人的位置不断更新。
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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