航天控制

基于提取微分信号在工业控制及航天控制中的重要作用，介绍了一种可提取高品质微分信号的自适应高阶微分反馈控制器（AHODFC），并将其应用于交流调速系统中。

Based on the importance of extracting differential signal in industry and aerospace control , an adaptive high order differential feedback controller ( AHODFC ), which is capable to extract high-quality differential signals and can be applied to AC adjustable-speed system with varying frequency , is presented .

何军是北京航天控制中心副主任。

He Jun is deputy director of Beijing Aerospace Control Center .

努力跟踪世界航天控制先进技术

Making Great Effects to Track Advanced Technology in Aerospace Control System

航天控制系统潜在分析技术应用研究

Applying Research of Sneak Analysis Technique in the Aerospace Control System

现代航天控制工程对控制理论的若干需求

Several demands of modern aerospace control engineering to control theory

潜在电路分析技术及在航天控制系统中的应用

Sneak Circuit Analysis and Its Applications in Astronautic Systems

双通道测角传感器在航天控制中的应用

Application of Double - Channel Angle - Measuring Sensor in Aerospace Control System

虚拟现实技术在航天控制领域的应用

Application of Virtual Reality Technology in Aerospace Control Field

软件可靠性度量在航天控制软件中的应用

Application of Software Reliability Metrics in Aerospace Control Software

国际性通航水道制度公约和规约双通道测角传感器在航天控制中的应用

Application of Double-Channel Angle-Measuring Sensor in Aerospace Control System

从个人消费产品到航空航天控制系统，到处都有嵌入式系统的身影。

From personal consumer products to Aerospace ControlSystem , embedded system is everywhere .

平台与附件同时机动的复合控制技术是航天控制领域潜在的发展方向。

Composite control of simultaneous maneuvers of a spacecraft platform and its appendages is potential research direction .

大角度机动作为现代航天器姿态控制关键技术之一，一直为航天控制领域关注。

The large angle maneuver is one of the key technologies for spacecraft attitude control , which has been the focus of attention .

描述了一个计算机辅助潜在分析系统的实现，并将其应用到了航天控制系统。

A computer aided sneak circuits analysis system has been described in this paper , and it has been applied by aerospace control system .

例如在电话交换系统、航空航天控制系统、铁路交通控制系统中，哪怕是一个细微的故障，也可能带来灾难性的后果。

Examples of such systems include aeronautical and aerospace control , telephone-switching , rail-way transport control , a subtle error will come to disaster results .

近年来，模糊神经网络因为其在机械、航天控制领域里的独特优势而成为该领域一个新的研究热点。

In the recent years , fuzzy neural network has become a new research hotspot of machine and aviation control field because of its special advantages .

在航空航天控制、通讯系统以及工业生产等实际工程领域中，时滞现象是普遍存在的。

Time-delay systems quite widely exist in practical engineering problems , such as aeronautics and astronautics systems , communication systems , industrial production , and ocean engineering .

本文是航空与航天自动控制的综述。

This paper is a review of aeronautic and astronautic automatic control .

航天飞行器控制系统误差实时补偿方案研究

Research on Real-Time Error Compensation for Aerospace Vehicle Control System

航空与航天自动控制综述

A review of aeronautic and astronautic automatic control

据北京航天飞行控制中心消息，六轮月球车“玉兔”顺利驶抵月球表面。

The six-wheeled rover has touched the lunar surface , according to Beijing Aerospace Control Center .

目前，航空航天发动机控制系统中的燃油供油泵、滑油增压泵都在向着小体积、高转速、大流量、高压力的方向发展。

Fuel pump and lube pump used in present aero-engine and space-engine are oriented to smaller volume , bigger flux and higher pressure .

北京航天自动控制研究所成立于1958年4月，它是我国成立最早的研制运载火箭控制系统的研究所。

Beijing Aerospace Automatic Control Institute was founded in April , 1958.It is the earliest institute established in China for researching control system of launch vehicle .

早晨6点左右，在北京航天指挥控制中心的指挥下，神舟五号航天飞船的返回舱进入中国领空。

At about 6:00am , guided by the Beijing Aerospace Command and Control Center , the return capsule of Shenzhou 5 entered China 's air space .

太阳敏感器是航天姿态控制系统中的重要测量部件，是在航天领域应用最广泛的一类敏感器。

Sun sensor is an important component of artificial satellite attitude determination system , which is a kind of widely used sensors in the aerospace science field .

本文介绍了北京航天自动控制研究所的软件过程改进实践，阐述了软件过程改进实践中取得的成绩和教训。

In this paper , the software process improvement practices of Beijing Aerospace Automatic Control Institute are introduced , the achievements and lessons obtained in the software process improvement practices are presented .

约束阻尼结构的高可靠性和良好的阻尼性能使得它在航天振动控制工程中得到了越来越广泛的应用。

Constrained Layer Damping ( CLD ) has high reliability and good damping capability , which enables it to be used more and more widely in vibration control engineering for aerospace structures .

随着“玉兔号”月球车顺利驶抵月面，北京航天飞行控制中心遥操作大厅正式投入使用，技术人员可以在这里对着陆器及月球车的工作状态进行全程的控制和监视。

The successful separation of the moon rover and soft-landing marked the formal operation of the center , where technicians can fully control and monitor the working conditions of the rover and lander .

据北京航天飞行控制中心表示，周五晚上，中国“玉兔”号月球车进入午休状态，恢复工作后情况稳定正常。

China 's moon rover , Yutu ( Jade Rabbit ) , worked in stable condition following its restart after a " nap " on Friday night , according to the Beijing Aerospace Control Center .

同时，在航天飞行器控制、化工过程等众多工程领域中都会遇到系统模型随时间而改变或同时有多个系统存在的情况，考虑这一类系统的稳定性问题是有必要的。

Meanwhile , there will exist the change of system model over time or multiple systems in the spacecraft control , chemical process engineering and many other fields . It is necessary to consider the stability of such systems .