1.
Research on Rapid Self-calibration Method for Error Coefficient of High Precision Inertial Gyroscope
高精度惯性陀螺仪误差系数的快速自标定方法研究
2.
inertial navigation systems with gyroplatform
陀螺平台惯性导航系统
3.
inertial rate integrating gyroscope
惯性速率积分陀螺仪
4.
inertial referance integrating gyroscope
惯性基准积分陀螺仪
5.
free rotor gyro-stabilized inertial reference platform
自由转子陀螺稳定的惯性参考平台
6.
Simulation and Experiment of Nongyroscopic Inertial Measurement Unit;
无陀螺惯性测量组合仿真及实验研究
7.
Application of Digital Signal Processor (DSP) in Gyroscope Free Inertial Navigation System
DSP在无陀螺惯性导航系统中的应用
8.
Application of fuzzy logic adaptive Kalman filter in NGIMU/GPS integrated navigation systems
FLAKF在无陀螺惯性测量组合中的应用
9.
At present, the electrostatic suspended gyroscope (ESG) is the most precise inertia instrument in the world.
静电陀螺仪是目前世界上最高精度的惯性器件.
10.
ESG is an ideal inertial element constituting strapdown system.
静电陀螺是构成捷联系统的理想惯性元件。
11.
The Study on the Configuration Modes of GF-MIMU;
无陀螺微惯性测量单元的配置方式研究
12.
Research on Calibration and Test Technique of the FOG-Strapdown Inertial Navigation System;
光纤陀螺捷联惯性导航系统标定测试技术研究
13.
Research on Application of Flexible Gyroscope in Strapdown Inertial Navigation System;
挠性陀螺仪及其在捷联惯导系统中的应用研究
14.
Research on Inertial Navigation System Based on HRG;
基于半球谐振陀螺的惯性导航系统研究
15.
Research on Spaceborne Inertial Attitude Measurement System Based on HRG
半球谐振陀螺星载惯性姿态测量系统研究
16.
Virtual gyro technique applied in the MEMS intertial navigation system
虚拟陀螺技术在MEMS惯性导航系统中的应用
17.
A technique for estimation of gyro installation error s in gimbaled INS was presented based on the oscillation around gyro input axis.
介绍了一种用于测量平台式惯性导航系统陀螺安装误差的陀螺轴扰动技术 .
18.
This area of study is central to the technology of inertial navigation and gyroscopic stabilization.
这个研究领域是惯性导航和陀螺稳定器技术的核心。