This paper presents a system-level model of a microsystem architecture deploying
cooperating microactuators. An assembly of a piezoelectric kick-actuator and an …

Abstract A micromirror (mirror area 3.1 mm 2) for laser tracking applications is presented.
The mirror, which is based on a hemisphere, is designed to achieve large quasi-static …

Uniaxial electrostatically driven micromirrors with very large non-resonant rotation angles
are presented. The mirrors achieve an analog deflection of about±12° at voltages between …

Electrostatic parallel-plate actuation is a common method for driving micromirrors with
analog deflection control. This actuation enables high dynamics, low power consumption …

A method and system for detecting a position of an animal in laboratory conditions based on
ultrasonic tracking is disclosed. The animal has an attached mobile device com prising an …

This paper presents a Monte Carlo simulation of the self-calibration method for the multi
laser tracker system (MLTS) which can track a retroreflector mounted on a kinematical …

A microlens suitable for integration with photonic elements on the same substrate is
presented. It is fabricated utilizing planar standard technologies such as UV lithography, ICP …

Although a lot of micromechanical mirror devices are already available, there is still a lack of
devices for measurement applications with large reflective plains and static deflection in the …

This paper aims to create an efficient container yard management system. For this purpose,
a gantry crane management subsystem was designed and implemented for container …

Studies swing balls on flat substrate in pre-rolling, when the amplitudes of their oscillations
are essentially less than radius of contact patch. A new phenomenological theory of rolling …