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Research on Key Technology of Yacht Positioning Based on Binocular Parallax

机译:基于双目视差的游艇定位关键技术研究

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Yacht has become a fashionable way for entertainment. However, to obtain the precise location of a yacht docked at a port has become one of the concerns of a yacht manager. To deal with this issue, we adopt a positioning method based on the principle of binocular parallax and background difference in this paper. Binocular parallax uses cameras to get multi-dimensional perspective of the yacht based on geometric principle of imaging. In order to simplify the yacht localization problem, we install LED light indicator as the key point on a yacht. And let it flash at a certain frequency during day time and night time. After getting the distance between the LED and the cameras, locating the yacht is easy. Compared with other traditional positioning methods, this method is simpler and easier to implement. In this paper, we study the yacht positioning method using the LED indicator. Simulation experiment is done for a yacht model in the distance of 3 meters. The experimental result shows that our method is feasible and easy to implement with a small 15% positioning error.
机译:游艇已成为一种时尚的娱乐方式。然而,获得停靠在港口的游艇的精确位置已经成为游艇管理者关注的问题之一。为了解决这个问题,本文采用了一种基于双目视差原理和背景差异的定位方法。双目视差使用相机根据成像的几何原理获取游艇的多维透视图。为了简化游艇的定位问题,我们在游艇上安装了LED指示灯作为重点。并使其在白天和黑夜中以一定的频率闪烁。在获得LED和摄像头之间的距离之后,就很容易找到游艇了。与其他传统定位方法相比,该方法更简单,更易于实现。在本文中,我们研究了使用LED指示器的游艇定位方法。针对3米距离的游艇模型进行了仿真实验。实验结果表明,该方法是可行的,并且易于实现,定位误差仅为15%。

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