Model of nuclear-magnetic resonance gyroscopes with cryogenic superconductor;

Calculation and simulation of silicon MEMS gyroscope with dual-mass resonant output;

Fault Detection and Reorganization for Redundancy System of Single-Freedom Gyroscope;

A differenfial equation model has been established to represent the interrelationship between θ and φ using Euler s dynamics equation,θ is the angle between the base and the driving wheel of the micromachined vibratory wheel gyroscopes, and φ is the angle between the driving wheel and the outer frame of the micromachined vibratory wheel gyroscopes.

The development Qf Dead - Reckoning system is given and the character of gyroscopes is discussed.

In the present paper, the dynamical principle of this gyro is analysed systematically, as a theoretical basis for the research work of new-type gyroscopes.

Research on filter method and model of MEMS gyro static drift;

Application of the adaptive kalman filter in the MEMS gyro signal processing;

Based on the analysis of the existing soft threshold and hard threshold wavelet denoising methods,an improved wavelet threshold denoising method is presented which integrated the advantages of the above two methods,and was applied into the filtering process of the MEMS gyro’s signal.

Eigenfrequency analysis and structure optimization of micro gyroscope;

Inertia measure using MEMS gyroscope;

Device level vacuum packaging technologies of MEMS gyroscopes

The compensating method for MEMS gyroscope random drift error is discussed.