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Relative Position-Attitude Testing System Based on Twin-Camera

机译:基于双摄像头的相对位置姿态测试系统

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In this paper, an optical system based-on twin-camera for testing the relative position and pose between spacecrafts is proposed. The primary idea of the system is image sequence analysis based-on feature matching for relative state detection. Computer vision and imaging theory are mainly utilized in this system. The advantages, such as smaller volume, lighter weight, higher precision and lower power consumption, etc, make the system can be widely used in measuring the relative position and attitude between formation-flying spacecrafts.
机译:在本文中,提出了一种用于测试用于测试航天器之间的相对位置和姿势的双摄像头的光学系统。系统的主要思想是基于相对状态检测的特征匹配的图像序列分析。计算机视觉和成像理论主要用于该系统。较小的体积,重量较轻,更高的精度和较低功耗等的优点,使该系统可广泛用于测量飞行空间之间的相对位置和姿态。

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