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Orbital Express AVGS Validation and Calibration for Automated Rendezvous

机译:自动交会的Orbital Express AVGS验证和校准

摘要

From March to July of 2007, the DARPA Orbital Express mission achieved a number of firsts in autonomous spacecraft operations. The NASA Advanced Video Guidance Sensor (AVGS) was the primary docking sensor during the first two dockings and was used in a blended mode three other automated captures. The AVGS performance exceeded its specification by approximately an order of magnitude. One reason that the AVGS functioned so well during the mission was that the validation and calibration of the sensor prior to the mission advanced the state-of-the-art for proximity sensors. Some factors in this success were improvements in ground test equipment and truth data, the capability for ILOAD corrections for optical and other effects, and the development of a bias correction procedure. Several valuable lessons learned have applications to future proximity sensors.
机译:从2007年3月到7月,DARPA轨道快车任务在自主航天器操作方面取得了许多首创。 NASA高级视频导航传感器(AVGS)是前两个对接期间的主要对接传感器,并在其他三个自动捕获的混合模式下使用。 AVGS性能超出其规格约一个数量级。 AVGS在任务期间运作良好的原因之一是,在任务执行之前对传感器的验证和校准提高了近程传感器的最新技术水平。成功的一些因素包括地面测试设备和真实数据的改进,光学和其他影响的ILOAD校正能力以及偏置校正程序的开发。汲取的一些宝贵经验教训已应用于未来的接近传感器。

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