地球同步轨道卫星自主导航技术研究。
The research on geosynchronous satellite autonomous navigation technology.
由于目前复杂环境中全自主导航技术还不完善，本文最后设计并实现了一个移动机器人远程监控指挥系统。
Because of the immaturity of autonomous navigation in complicated environments, at the end of the article a remote supervision and control system is introduced.
介绍了自主导航技术并提出了不足之处，设计了网络导航系统，实现了一个适合移动设备的网络导航服务系统应有的功能。
According to the design of network navigation system its function is implemented which a system is adapt to mobile device.
针对小卫星星座的自主运行，重点研究了星座自主导航和自主维持技术。
According to its autonomy operating, the technology including autonomous navigation and maintenance of the constellation is emphasized.
其关键设备是景象匹配相关器，关键技术是景象匹配，它利用实时图像和基准图像的匹配来实现自主导航、制导。
Its key equipment is scene matching correlator, and its key technology is scene matching. It realizes independent navigation and guidance by matching real-time image and reference image.
自主导航与控制是月球探测器的关键技术之一。
Autonomous navigation, guidance and control is one of key technologies for lunar explorer.
路径规划是车辆自主导航的一项关键技术，它的品质关系到整个自主导航系统的性能。
The trajectory plan is a critical technology for vehicle autonomous navigation. And its quality is closely associated with the performance of the whole autonomous navigation system.
实时、可靠的道路识别是智能车辆研究的一个关键技术，在车辆自主导航中起着重要的作用。
Real-time and robust road recognition is a key technology in intelligent vehicle research, and plays an important role in vehicle autonomous navigation.
深空探测自主导航与控制技术是深空探测任务成功实施的关键。
The deep space autonomous navigation and control is a key technique for the successful implementation of deep space exploration.
无人驾驶车在越野条件下的环境感知技术是其实现自主导航功能的难题。
The environment perception technology is the difficult problem for Unmaned Ground Vehicles navigation, especially under off-road conditions.
其中汽车辅助驾驶和自主导航是智能交通系统的关键技术。
The most important technology of the ITS is the vehicle assistant driving and automatic guidance.
在小样本观测数据情况下，研究利用日地月方位信息和日月星历表进行航天器自主导航以及利用DSP实现航天器自主导航器的技术。
The orientation information of the sun, the moon and the earth, together with ephemeris are utilized to develop autonomous navigation algorithm, as well as its realization by DSP hardware.
移动机器人的智能控制技术是基于机器视觉的移动机器人与智能车辆自主导航的关键技术之一。
Intelligent control method is a key technique for machine vision based mobile robot and autonomous land vehicle navigation.
在移动机器人相关研究中，自主导航是实现移动机器人正常工作的关键，也是实现其真正智能化和完全自主移动的核心技术。
In related research of mobile robot, autonomous navigation is not only the key of realizing mobile robot to work, but also the core technology to achieve the real intelligent and autonomous move.
卫星导航系统受到越来越多国家的重视，而自主导航无疑是其中的核心技术之一。
More and more countries are attaching importance to satellite navigation system, and autonomous navigation is one of the key technologies.
视觉导航技术是近年来自主导航车辆研究领域的一个热点。
Vision-based navigation technology is a new hot spot in the area of autonomous navigation vehicle research.
先进航天器飞行时应具备自主导航的能力，其实现的关键技术之一是用机载计算机近实时或实时地生成一条满足各种约束条件的优化轨道。
The guidance and control methods should enable the ASV to accomplish fully autonomous and adaptive flight, a key problem is to achieve the optimal controls quickly.
先进航天器飞行时应具备自主导航的能力，其实现的关键技术之一是用机载计算机近实时或实时地生成一条满足各种约束条件的优化轨道。
The guidance and control methods should enable the ASV to accomplish fully autonomous and adaptive flight, a key problem is to achieve the optimal controls quickly.
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