… gyroscope using Coriolis force to detect and measure the applied angular rate. Thus, a
micromechanical gyroscope … proposed optical MEMS gyroscope. Section III includes design and …

… This paper presents a double-sided gyroscope that uses a novel vibrating MOEMS structure
… mechanical and optical parameters on the functions of the designed gyroscope is proposed. …

… study of an integrated gyroscope, and in this paper, there is a more comprehensive and
exhaustive analysis of the device with an accurate description of the design, layout, modeling, …

… the MOEMS gyroscope can be concluded. When an applied angular velocity exerts the Coriolis
force on the MOEMS … In summary, the function of the MOEMS gyroscope is based on the …

… Modal analysis was carried out for the disc sensitive structure of the MOEMS resonator
gyroscope (MOEMS-… Modal analysis of the MOEMS-RG is carried out in this section. The working …

… The optical structure of the MOEMS gyroscope proposed in this paper is shown in Fig.1.a,
which … Optical structure of MOEMS gyroscope. b. The two beams transmitted on port 1,3 were …

… Analysis and Optimization of the MOEMS Gyroscope The optimization of the MOEMS
gyroscope is focused on in this section, which mainly includes the optimization of the WGM …

… Optical gyroscopes are vital sensors in various applications such as transportation. In this
paper, a double-sided opto-plasmonic gyroscope using a MOEMS cantilever is designed. The …

… Abstract— In this paper, a two-dimensional (2D) tunable photonic crystal wavelength
modulated MOEMS gyroscope is reported. The device consists of a mechanical structure and an …

… MOEMS gyroscope combines advantages of optical detect principle of optical gyroscopes
and fabrication technique of MEMS gyroscopes [… considered that MOEMS inertial equipment is …