Design and Implementation of Optical Signature Simulator for Deep Space Exploration Autonomous Navigation

Lunar detection is one of the important developments of our space project.

以月球探测为主的深空探测是我国航天事业近期重点发展的方向之一。

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Deep space exploration of asteroids: the science perspectives

小行星深空探测的科学意义和展望

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On Characteristics of Collinear Libration Points and Their Applications in Deep Space Exploration

关于共线平动点的特征及其在深空探测中的应用

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Applications of the Triangular Libration Points in Deep Space Explorations

ph.1.三角测量点三角平动点在深空探测中的应用前景

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Superconducting filter and module for deep space network in China

深空探测用超导滤波器及滤波放大组件

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Deep Space Exploration Mission-Oriented Flight Control Simulation and Support System

面向深空探测任务的飞控仿真与支持系统研究

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The centre aims to conduct research and experiments in deep space.

它将主要用于深空探测、空间科学等方面的实验和研究。

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Japan's Deep-space Exploration and TT& C Technologies: an OVerview

日本深空探测与深空测控技术

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Automated Design and Simulation of Gravity-Assist Trajectories for Deep Space Probe

深空探测行星借力飞行轨道自动设计与仿真

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For deep space explorer, the attitude control system design methods were studied in this dissertation, which is funded by the National 863 Plan ( 2004AA735080), Autonomy Technology and Simulation Demonstration System for Deep Exploration.

本文结合国家863科研计划项目深空探测自主技术与仿真演示系统（2004AA735080），对深空探测器姿态控制系统设计方法进行了研究。

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The deep-space exploration plan, its implementation and TT C technologies in Japan are reviewed with emphasis on the composition of Japan's ISAS deep-space TT C network, the equipment of ground tracking and control facilities, the TT C technologies and developing level.

对日本的深空探测计划与实施情况及其深空测控技术进行了综合性的评述，重点阐述了日本ISAS深空测控网的组成、地面跟踪与控制设施的配备及深空测控技术与水平。

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Rendezvous and docking technology is essential in space-assembly, space-succor, outer space-exploration and so on, and is also a key technology of the second step of Chinese manned spaceflight. Building rendezvous and docking simulation system is an important way for studying rendezvous and docking technology.

交会对接（RVD）是进行空间组装、空间救援、深空探测等的必要技术，也是我国载人航天第二步战略的关键技术，而建立交会对接仿真系统是深入研究交会对接技术的重要途径。

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Under the general Circular Restricted Three Body Problem ( CRTBP) model for deep space exploration, the Chief-Deputy spacecrafts formation model was built up.

针对深空探测中具有一般性的圆形限制性三体（CRTBP）模型，进行主从飞行器编队建模。

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High-precision EOP is not only a prerequisite for transformation between the internationa celestial and terrestrial reference frames, but also plays an important role in positioning 、 navigation and military fields.

高精度EOP的获取是地球参考框架和天球参考框架之间进行相互转换的必要条件，同时在卫星导航、深空探测以及军事领域中也有重要的作用。

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There are two types of possible applications& the target orbits and the transfer trajectories.

CRTBP模型中的周期轨道在深空探测中有两种可能应用&驻留轨道和转移轨道。

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With the further development on the Astronomy and navigation of interplanetary spacecraft, the incremental improvements are expected on the VLBI that is real-time, high sensitivity, reliability and more frequency coverage.

由于天文和深空探测的需求，决定了VLBI的发展方向为实时性、高灵敏度、高可靠性和更宽的频率覆盖，这对VLBI设备提出了新的要求。

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With the rapid development of the aeronautic and deep space exploration technologies, the remote sensing data amount of the earth observing and moon observing is growing very fast which reaches the amount of PB.

随着航天遥感与深空探测技术的快速发展，对地、对月以及针对其它星球的遥感观测数据量正快速增长，数据规模已经达到了PB级。

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Deep Space Exploration Optical Autonomous Navigation Technology Based on the Unscented Kalman Filter

基于UKF的深空探测光学自主导航方法

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In the end, To realize modeling using the template in this paper, simulation system of modeling and mission planning for deep space explorer is designed and realized with Java language.

最后，采用Java语言，设计并实现了深空探测任务建模/规划系统平台。

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The autonomous navigation based on X-ray Pulsar is one of the perfect ways for spacecraft navigation in deep space exploration, such as the Lunar Exploration in China.

X射线脉冲星自主导航是航天器深空探测导航的理想方式之一，在我国的探月工程等实际项目中都有广阔的应用前景。

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