space telemetry

Deep space exploration means to the exploration of the moon or space and celestial bodies beyond the moon. The system which actualizes tracking, telemetry and command on the spaceflights is called deep space communication system.

深空探测是指对月球和比月球更远的天体和空间进行的探测，对实施深空探测的航天器进行测控通信的系统称为深空测控通信系统。

This paper introduces the system design . realizations and functions of Space Telemetry and Telecontrol Simulation Environment.

介绍了航天无线电测控系统仿真环境的设计思想、方案实现和功能特点.

Developing satellite tracking telemetry& command ( TTC) and orbit determination technology based on space-based TTC network is an effective means which overcomes limitations of traditional ground TTC mode, but utilizing satellite-to-satellite measurement would arise deficient-rank.

发展基于天基测控网的卫星测控定轨技术是克服传统地面测控方式缺陷的有效手段，而仅仅利用天基星间测量信息进行自主定轨易产生亏秩现象。

Development of the Missile& Space Telemetry Tracking Signal Channel Technology

导弹、航天遥测跟踪信道技术的发展

The central management and unified allocation mode applied to the space TT C(( telemetry), tracking and command) network, as well as the scheduling algorithms to meet multi-satellite TT C missions are analyzed in the paper.

研究了航天测控网资源集中管理、统一分配的工作模式，以及满足多星测控任务的测控网资源调度方法。

The orbit dynamics theory, deep space orbit dynamics simulation and TT& C ( Tracking Telemetry and Command) simulation are detailedly researched combined with actual project in this paper.

本文结合实际课题，对轨道动力学理论、深空轨道动力学仿真以及测控仿真进行了详细研究。

This paper introduces the system design. realizations and functions of Space Telemetry and Telecontrol Simulation Environment.

介绍了航天无线电测控系统仿真环境的设计思想、方案实现和功能特点。

Model Error Estimation Based on Distributing Regression and Its Application Research on Space Based Tracking Telemetry and Command System

基于逐步回归的模型误差估计及在天基测控系统中的应用研究

With the astronautics technology development and the space mission operation internationalization, various countries have planed to connect their telemetry and control network together to support operate mutually.

随着航天技术的蓬勃发展以及空间活动的日益国际化，将各国各自的测控通信网络互联，以支持网间互操作的需求日益迫切。

Accurate clock synchronization between satellite and ground tracking, telemetry and control ( TT& C) station is of great significant for space missions such as the formation and networking of satellites, since it is the major means to synchronize satellites in a constellation.

卫星与地面跟踪测控站之间的高精度时间同步对卫星的编队组网运行等任务具有重要意义，是实现卫星之间时间同步的重要手段。

The device is applicable to the advanced space telemetry system.

装置适应于国际先进的宇航测控体制.