The research on geosynchronous satellite autonomous navigation technology. 地球同步轨道卫星自主导航技术(ANT)研究。
Autonomous navigation technology can reduce the cost of missions and strengthen the survival ability of a lunar satellite. 采用自主导航技术(ANT),可以降低月球卫星的任务成本,提高其生存能力。
In this situation, this thesis, taking geosynchronous satellite as researching object, systemic studies the multi-sensor information fusion technology, fault diagnosis techniques and system rebuild technology in satellite attitude control system without gyroscope, studies autonomous navigation technology in aspect of satellite orbital determination. 本文以地球同步轨道卫星为研究对象,从理论和工程上较系统的研究了无陀螺下卫星姿态控制系统的多敏感器信息融合技术、故障诊断与系统重构技术和自主导航技术(ANT)。
Autonomous navigation technology for satellites based on sun-earth-moon information 基于日-地-月信息的卫星自主导航技术(ANT)研究
The autonomous navigation technology is one of the core technology for intelligent vehicles; Vision based autonomous navigation technology is a promising research direction in the field of intelligent vehicle. 自主导航技术(ANT)是智能车辆最为核心的技术;而基于视觉的自主导航技术(ANT)是针对城市环境的智能车辆研究中极具前景的方向,因此,对基于视觉的智能车辆自主导航方法进行了研究。