A review of various calibration techniques of MEMS inertial sensors is presented in this
paper. MEMS inertial sensors are subject to various sources of error, so it is essential to …

Micro-electromechanical systems (MEMS) technology-based sensors have found diverse
fields of application due to the advancement in semiconductor manufacturing technology …

The main errors of MEMS accelerometers are misalignments of their sensitivity axes, thermal
and long-term drifts, imprecise factory calibration, and aging phenomena. In order to reduce …

A review of various kinds of solid tilts sensors, using a free mechanical member for
generation of electric-contact (mostly a ball), is presented. Standard and original solutions …

The use of digital accelerometers featuring high sensitivity and low noise levels in wireless
smart sensors (WSSs) is becoming increasingly common for structural health monitoring …

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 …

In this study, the drift of microelectromechanical system (MEMS) accelerometers stored at
room temperature for one year is investigated by both finite-element analysis (FEA) …

While interest in using wearable sensors to measure infant leg movement is increasing,
attention should be paid to the characteristics of the sensors. Specifically, offset error in the …

Acceleration random walk, from its name, is widely modeled as an error from random
processes. Contrarily, we hypothesize that acceleration random walk at the averaging time …

Vibration platform-based inertia/force sources bring great benefits to the testing and
calibration of micro-electro-mechanical system (MEMS) sensor performance. The traditional …