This paper is a study of the present sensors accuracy, of the current state of miniaturization
and of the current technology options available for inertial sensors and integrated Inertial …

A low-noise high-linearity switched capacitor interface implemented in a 0.35 μm 3.3 V/15 V
CMOS process is presented in this paper for a±50g capacitive micro-accelerometer. The …

In an electrostatic force feedback accelerometer (EFFA1) system, nonlinearities in the
transfer function between the input acceleration and the output voltage signal are mainly …

In a MEMS capacitive accelerometer, there is an offset due to mechanical and electrical
factors, and the offset would deteriorate the performance of the accelerometer. Reducing the …

Output voltage drifting observed in one typical capacitive microelectromechanical system
(MEMS) accelerometer is discussed in this paper. Dielectric charging effect is located as one …

In this paper, an algorithm for the inertial sensors errors reduction in a strap-down inertial
navigation system, using several miniaturized inertial sensors for each axis of the vehicle …

We propose novel feedback control and sensing schemes based on sliding mode control
(SMC) for closed-loop micro-accelerometers as alternative digital control architectures to …

This thesis focuses on developing a high data rate wireless sensor network framework that
could be integrated with hardware prototypes to monitor structural health of buildings. In …

The article presents the framework of an update program for the wind tunnel from the
University of Craiova, Romania. The program consists of many stages: system prototyping …

This work deals in specifying the design considerations while constructing a Micro Electro
Mechanical Systems (MEMS) optical accelerometer working on capacitive sensing …