这些误差严重影响着陀螺仪的精度。
其次，分析了硅微陀螺仪的主要误差源。
Secondly, the main errors of silicon micromachined gyros are analyzed.
这还需要提供一个陀螺仪的接口稳定的单位。
It will also need to provide an interface for a gyro to stabilise the unit.
论文首先研究了微机械陀螺仪的动力学方程。
Firstly, this thesis researches the dynamic equation of micromachined gyros.
在多变量频域内讨论动力调谐陀螺仪的解耦问题。
This paper discusses the decoupling problem of dynamically tuned gyroscopes (DTG) on multivariable frequency domain.
计算中考虑了乘客乘坐舒适性和陀螺仪的响应时间。
The passengers' riding comfort and response time of gyroscopes are considered.
其结论对静电陀螺仪的设计与测试具有理论指导意义。
This conclusion plays an important theoretical guiding role in ESG designing and testing.
粘滞阻尼的研究对硅微机械振动陀螺仪的设计至关重要。
Study on viscous damping is critical for the design of silicon micromechanical vibratory gyroscopes.
陀螺装配在陀螺仪的制造和应用领域具有广泛的应用前景。
Gyro assembly has been proved to have extensive application prospect in the fields of manufacture and application of the gyroscope.
它有一个陀螺仪的头巾一样，所以你可以移动光标移动你的头。
It has a gyroscope in the headpiece as well, so you can move your cursor by moving your head.
该电路也是在制导控制系统和导航系统的高性能陀螺仪的使用。
This circuitry is also in use in high-performance gyroscopes in guidance control systems and navigation systems.
陀螺仪的设计曾使许多熟练的科学家和工程师谒尽了创造才能。
The art of gyro design has taxed the ingenuity of many skilled scientists and engineers.
目前，国内对硅微陀螺仪的研究主要集中在提高精度和稳定性。
Presently, researches on silicon micromachined gyros focus on how to enhance the accuracy and stability mainly.
弹载低精度陀螺仪的随机常值漂移严重影响到弹体姿态解算的精度。
The random constant drift of the low accuracy gyroscope has a serious effect for attitude algorithm.
本文是有关动压气浮自由转子陀螺仪的跟踪速率特性的实验总结报告。
This paper is a experimental report about Characteristics of the tracking rates of the gas-dynamic free rotor gyroscope.
该文简要说明了开环光纤陀螺仪的特点，综述了国外研制和应用情况。
A brief description of open loop FOG and its application are included in the paper.
如果陀螺仪的内环或外环没有经过动平衡，就不能认为它们的惯性积等于零。
The products of inertia of the inner or outer gimbal ring may not be equal to zero, if the rings have not been dynamically balanced.
研究了硅微型梳状线振动驱动式陀螺仪的基本结构，详细讨论了它的工作原理。
We have studied the basic structure of the lateral comb drive micromechanical silicon gyroscopes and discussed its working laws in details.
通过硅微型梳状线振动驱动式陀螺仪的结构示意图，介绍了该陀螺仪的工作特点。
By the sketch of structure of lateral comb drive micromechanical silicon gyroscopes, the authors have fully explained the working laws of this kind of gyroscope.
对于时间周期小于半秒，陀螺仪的积分将会占优，水平加速度的噪声将会被滤去。
For time periods shorter than half a second, the gyroscope integration takes precedence and the noisy horizontal accelerations are filtered out.
身体的速度陀螺仪的输出用来消除或从万向分离循环轨道信号的机身机构的议案。
The outputs of the body rate gyros are utilized to remove or decouple the airframe body motion from the gimbal track loop signal.
本论文的主要工作是根据陀螺仪的漂移数据，作出陀螺漂移的波形，并对报表打印。
The main work of the thesis is about drawing the wave form and printing the report .
本文利用GPS和陀螺仪的辅助，解决了误差累积的问题，提高了里程定位的精度。
In this paper, we use GPS with gyroscope to solve the problem of error accumulation, increase the accuracy of the mileage positioning.
为了提高陀螺仪的测量精度，基于神经网络代数算法提出一种新的非线性误差补偿模型。
To improve measurement precision of gyroscope, a novel nonlinear error compensation model is proposed using an algebra algorithm of neural networks.
在试验数据的基础上，分别使用线性回归算法和小波网络建立了陀螺仪的静态温度模型。
On the earning data of the tests, temperature static model of gyro has been studied by the two ways of linear regression algorithm and of wavelet network identification.
量子陀螺仪的测量精度比传统的高精度陀螺仪的精度高几个数量级，是新一代的陀螺仪。
The measurement precision of quantum gyroscope is several order higher than that of traditional gyroscope. It is a new generation of gyroscope.
摇摆台作为一种空间运动机械被广泛用来模拟舰船、车辆、飞行器、陀螺仪的运动姿态等。
Swaying test platform, as a space motion mechanical device, can simulate motion of ship, vehicle, space craft, gyro and so on.
仿真计算和实验结果表明该滤波方法对改善微机械陀螺仪的零偏稳定性有一定的实用价值。
The computation simulation and experiment results show that this filter processing method is much practical and valuable to improve the zero bias stability of micromachined gyroscope.
本文利用刚体定点运功的一阶正规型方程组建立带液体环阻尼器的自由陀螺仪的运动方程。
The motion equations for a free gyroscope with an annular damper are established by application of the equations of 1-st order in normal form for the motion of the rigid body.
本文利用刚体定点运功的一阶正规型方程组建立带液体环阻尼器的自由陀螺仪的运动方程。
The motion equations for a free gyroscope with an annular damper are established by application of the equations of 1-st order in normal form for the motion of the rigid body.
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