罗经

罗经剧团推出了全新制作的《李尔王》。

Compass Theatre Company presents a new production of ' King Lear ' .

浅析用GPS校正磁罗经自差

A probe of how to correct magnetic compass autodyne by GPS

航海-ⅢG陀螺罗经电源系统

A Power Supply System For Mariner ⅲ G Gyro Compass

用GPS标校平台罗经方位安装误差与航向精度测量

Using GPS to Correct Platform Compass Azimuth Installation Error and Measure Course Accuracy

基于CAD的天测罗经差天体方位计算

Calculation of celestial body azimuth with compass error by celestial observation based on CAD

基于GPS辅助以实现捷联式数字磁罗经自动消差的研究

Auto Error-compensation for Digital Magnetic Compass with GPS

GPS与船用计程仪及陀螺罗经的关系

The Relation Between GPS and Log and Gyrocompass

基于DSP和电机细分控制技术的电罗经的研究

The Study on Electric-compass That Based on the DSP and Motor 's Micro-stepping Controlling Technology

基于GPS信息的天测罗经差自动解算系统研究

Research on Automatic Calculation System for Determining Compass Error Through Celestial Body Based on GPS Information

平台罗经模糊加PID温控系统

Development of Platform Compass Fuzzy-PID Control System

高精度GPS罗经系统的设计

Design of Precision GPS Compass

基于Bayes的平台罗经维修性评估方法

Stabilized Gyrocompass Maintainability Quantitative Criterions Evaluation based on Bayes

船用仪表EMC与罗经安全距离

Nautical Meter of EMC & Compass Safe Distance

为了进一步改善GPS导航的精度和可用性，研究和建立了一个由铷钟辅助GPS和气压计、罗经组成的组合导航系统。

To further improve GPS navigation availability , the integration of rubidium clock aided GPS with a baremeter and a gyro is investigated .

基于SPWM数字驱动技术的电罗经复示器的研究

Study on Electric-compass Reviewer Based on SPWM Digital Driving Technology

介绍了一种实现GPS与电罗经信号实时转换的船舶导航数据转换器；

This thesis introduces a data switcher which is used for transmitting data simultaneously between GPS and Gyro-compass signal during the navigation on ship .

基于ADμC812单片机的罗经航向采集方案

Acquisition project of compass heading based on the use of AD μ C812 SCM

GPS罗经是新一代船用导航设备，它克服了传统罗经的许多缺点，能全天候、实时地为船舶等提供精确的导航数据。

GPS compass is a new kind of navigation equipment , which overcomes the shortcomings of traditional compasses and provides accurate navigation data anywhere , anytime .

应用DGPS和平台罗经建立对地速度基准的方法研究

Method of Establishing Speed Reference with DGPS and Platform Gyrocompass

Riccati方程在电罗经直航向误差建模与预测中的应用

Application of Riccati Equations in Linear Course Error Model and Prediction of Electromagnetic Controlled Gyrocompass

本文根据电罗经的结构和特点，介绍了一种基于嵌入式DSP作为微控制器的船舶电罗经复示器的研制。

According to the gyro-compass structure and the characteristic , this article introduced one kind methods of the ships repeater compass development based on DSP embedded as microprocessor .

提高实船平台罗经方位安装精度是超视距作战系统的需要，为此提出用GPS标校平台罗经新方案。

It is the requirement of over the horizon targeting to improve the installation accuracy of platform compass azimuth , so a new concept based on GPS is proposed .

基于GPS，ARPA和陀螺罗经信息开发船舶自动避碰模型及其仿真

Based on GPS , ARPA and Gyrocompass Information Developing a Model of Auto-Preventing Collision for Ship and its Simulation

一个装有罗经和实时质量控制的智能型便携式实时差分和GPS集成接收机，并带有GPS／HF二合一天线和活动式存储卡；

Portable intellect differential & GPS integrated receiver , which has a single GPS / HF antenna , movable memory card , built-in compass and QC function in real time ;

将捷联式罗经算法移植到DSP系统中加以实现，通过实验验证了整个系统算法的可行性，从而完成了捷联式光纤陀螺罗经系统的设计。

The algorithm of strapdown gyrocompass system is replanted into DSP for realization , and feasibility is validated by experiment , so the design of strapdown gyrocompass system based on FOG is finished .

本文分析和研究了平台罗经与GPSOEM板一体化设计的组合导航系统的工程实现方法，解决了理论仿真和工程实现之间的衔接问题。

This paper analyzes and studies the integrated navigation system of GPS OEM Card and the stabilized gyrocompass , and resolves the existing problem between system simulation and engineering realization .

通过详细分析了水下基准安装柱扰曲形变、GPS定位误差、罗经测向误差、纵倾横摇角测量误差对高精度定位标定系统水下基准位置的影响。

We make in-depth analysis of the positioning errors of the underwater benchmark due to cylinder deformation , positioning error of GPS , angular error of compass , and measurement error of the dynamic motion sensor .

论述了GPS输出数据的采集方法，应用GPS输出的位置和时间信息并借助VC++6.0开发了天测罗经差自动解算系统。

The paper describes the method of getting data . By using of position and time information , an automatic calculation system for determining compass error through celestial body is developed with VC + + 6.0 .

试验结果表明，在动态条件下，系统达到了≤30〃的测量精度，满足对包括高精度GPS姿态测量系统、平台罗经在内的高精度导航设备进行初始标校的精度要求。

Finally a dynamic measuring experiment is designed and carried out . The results of the experiment show that the dynamic heading metering accuracy is lower than 30 ″ and this accuracy satisfies the calibration requirement of modern navigation devices .

本文提出一种利用单片微机自动测量陀螺罗经阻尼因素f值和阻尼周期TD值的新方法。

Described here in the paper is a new method using a single-chip computer to test automatically the value of damping factor f and the value of damping cycle TD in a gyrocompass .