1.
Intelligent Control is an important means for Autonomous Rendezvous Docking.
为实现自主交会对接,智能控制是非常重要的手段。
2.
A method based on binocular vision model is discussed to determine the relative motion parameters between two space objects in rendezvous and docking( RVD).
探讨了基于双目测量系统实现自主交会对接中运动参数的一种测量方法。
3.
Automatic RDV Test of ETS-7
日本工程试验卫星7的空间自动交会对接试验
4.
A Comparative Analysis of the Relay Times in Male and Female s Freestyle Relay at the 9th National Sports Games;
上海游泳队九运会自由泳接力交接棒时间的对比分析
5.
Each accounting entity interprets transactions from its own viewpoint.
每一会计主体都从自己的角度对交易加以说明。
6.
Backbone providers connect to each other to exchange data between their customers.
主干网提供商互相连接，在各自用户间交换数据。
7.
Handing over procedures conducted by a common accountant should be supervised by a leading member of the accounting body or the accountant in charge.
一般会计人员办理交接手续，由会计机构负责人、计主管人员监交。
8.
Here, they feel that they are directly manipulating the user interface and data.
这时，他们会感觉自己在直接操纵交互和数据。
9.
Directly facing customers resulting in large independent expansion space
直接面对客户、自主发展空间大
10.
Analysis and Simulation for Countermeasures of Maneuver Failures in Homing Phase of Rendezvous Docking
交会对接寻的段机动故障对策分析与仿真
11.
I shall accept the arrangements made by Shanghai Jiao Tong University regarding my field of study.
接受上海交通大学对学习主专业的安排；
12.
Control Strategies for Coplanar Autonomous Rendezvous Based on Line-of-sight Guidance
基于视线制导的共面航天器自主交会控制研究
13.
Research on Autonomous Navigation Methods of Small Bodies During Flybys
深空探测器小天体交会段自主导航方法研究
14.
Independent Choice and Theory Origin--The Acceptance Way and Shape of Xueheng School From New Humanism
自主选择与理论渊源——学衡派对新人文主义的接受方式和接受形态
15.
The man is relatively initiative in men sand women s contact and the connection, the woman belongs toacceptance.
在男女的交往和交汇中男人相对主动，女人属于接受型。
16.
Relative position-and-attitude self-measuring for spacecrafts docking
航天器对接相对位置姿态自主测量方法研究
17.
Pseudo-code CW RVD Radar Signal Processor Design
伪码连续波交会对接雷达信号处理机设计
18.
The Research on Laser Searching and Tracking of Bidirectional RVD;
双向空间交会对接激光搜索跟踪技术研究