In order to build a tilt sensor having a desired sensitivity and measuring range, one should
select an appropriate type, orientation, and initial position of an accelerometer. Various …

Effects of a fully natural aging of MEMS accelerometers are evaluated with regard to
changes in their performance. Two models of commercial dual-axis accelerometers (two …

The paper discusses thoroughly a problem of determining tilt over various measurement
ranges by measuring Cartesian components of the gravity acceleration with application of …

This article describes a method for compensating thermal effects on tiltmeter (TM) readings
using operating temperature measurements. This practice is necessary when the …

Natural aging of commercial triaxial low‐g MEMS accelerometers, manufactured by surface
micromachining, was evaluated in terms of changes of their offset voltages and scale factors …

This paper is a commentary on determining hysteresis of MEMS accelerometers, with
references to publication Nonlinear Regression Model of a Low-g MEMS Accelerometer by …

The paper discusses effects of misalignments of the sensitive axes of MEMS accelerometers
applied in tilt measurements. Possible ways of reducing the errors due to the misalignment …

A procedure of physical alignment of sensitive axes of various types of
microelectromechanical accelerometers (mono-, bi-and tri-axial) is proposed. Owing to the …

The paper presents a new method for building measuring instruments and systems for gyro-
free determination of the parameters of moving objects. To illustrate the qualities of this …

The MEMS inclinometer integrates a tri-axis accelerometer and a tri-axis gyroscope to solve
the perceived dynamic inclinations through a complex data fusion algorithm, which has …