At the same time, it avoids the chattering phenomenon caused by discontinuity in the variable structure control and fulfills the control mission of spacecraft attitude tracking time-varying signal with good robustness.

For rigid spacecraft attitude tracking system with uncertain inertia matrix and external disturbances, an adaptive sliding mode approach is presented.

针对存在不确定惯量矩阵和外干扰的刚体航天器姿态跟踪系统，提出了一种自适应滑模控制方法。

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Design of higher-order sliding mode controller for rigid spacecraft attitude tracking maneuver

刚体航天器姿态跟踪的高阶滑模控制器设计

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Nonlinear Robust Adaptive Control for Spacecraft Attitude Tracking System

航天器姿态跟踪系统的非线性鲁棒自适应控制

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Autonomous navigation will simplify ground system on spacecraft tracking and routine orbit determination.

通过减少地面系统日常的轨道确定工作和跟踪任务，自主导航可以简化航天器的地面系统。

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Detection of Outliers from Spacecraft Tracking Data using GP-RBF Network

GP-RBF网络应用于飞行器外测数据野值实时剔除

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Research Based on Nonlinear Filtering for Reentry Spacecraft Tracking

基于非线性滤波的再入飞行器跟踪研究

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Statistical diagnosis method for outliers from spacecraft tracking data

靶场外测数据野值点的统计诊断技术

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Study of Rationality Checking Method for Spacecraft Tracking Data

合理性检验的方法研究定量刀口检验研究

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In order to improve algorithmic efficiency and precision, an association rule extracted from spacecraft telemetry data through data mining technology was applied to configure parameters of AHP.

利用数据挖掘技术从航天器遥测数据中提取关联规则，代替人类专家的经验知识自主配置AHP算法中的参数，以提高算法的效率和精度。

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The spacecraft rendezvous and docking technology is one kind of technologies that tracing the spacecrafts and the aircraft location in track at the same time, in order to make them operate at the same speed and then connect physically.

航天器交会对接技术是指同一时间追踪航天器与追踪航天器在轨道上的同一个位置以相同速度相交会并在结构上连成一个整体的技术。

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In modern aerospace measurement and control tasks, as a cooperative control target of the answering machine, with the ground station in the spacecraft control answering machine technology the research to have the important meaning.

在现代航天测控任务中，作为合作测控目标的应答机，配合地面测控站完成航天飞行器的测控对应答机技术的研究具有重要意义。

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The problem on orbital rendezvous of spacecraft is a crucial technology for human space exploration. It is one of the most difficult problems in theory and application of spacecraft control.

空间在轨交会是载人航天技术中的关键问题之一，是目前航空控制理论与实践中的难点之一。

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High precise real-time autonomous relative orbit determination between distributed spacecraft is a key technology in the task of spacecraft formation maintenance.

分布式航天器间相对位置的实时高精度测量是分布式航天器实现空间队形保持的关键技术之一。

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Using new techniques, new methods, especially the spacecraft remote sensing technology to carry out oceanographic survey is an urgent need for China. It is very necessary to developing remote sensing satellites that can continually provide up_to_date information for oceanographic survey.

中国迫切需要应用航天工业的新技术、新方法，特别是应用卫星遥感技术进行海洋国土资源调查，研究和发射可以不断获取海洋地质调查新资料的遥感卫星已成为当务之急。

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DYNAMICS OF FLEXIBLE SPACECRAFT Wireline telemetry technology

挠性空间飞行器动力学电缆遥测技术

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Advances in the Spacecraft Autonomous Navigation Technology

航天器自主导航技术的新进展

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Tracing Area Design for Spacecraft The optimization technology of block-wide injection profile control

空间飞行器追踪区设计区块整体调剖优化设计技术研究

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Analysis on Micro-vibration Environment of Spacecraft and Measurement Technology

航天器微振动环境分析与测量技术发展

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The paper briefly describes the application of spacecraft recovery technology in developing new space program, introduces some case of real application in developing strategic and tactical weapons and boosters, explains the effect and significance of spacecraft recovery technology in the process of space program developing.

文章简迷了飞行器回收技术在新型号研制中的应用情况，介绍了战略和战术武器及助推器具体的应用事例，说明飞行器回收技术在型号研制过程中的作用及意义。

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The application status of the spacecraft EPS technology researched and developed by Shanghai Academy of Spaceflight Technology ( SAST) during half century in the field of Chinese satellite, spaceship and international satellite was described.

阐述了近半个世纪以来，上海航天技术研究院在航天器电源研制技术方面所取得的成就及其在国内卫星、飞船和国外卫星领域的应用情况。

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