Improving the data reliability of measurement and control modules for distributed information-measuring systems

Abstract

A method of improving the reliability of sensory data coming from measurement and control modules of distributed information-measuring systems and control actions formed by those modules is described. The proposed technical solutions by correcting additive, multiplicative and nonlinear error components of analog-to-digital converters provide the high reliability, survivability and. The preliminary reliability assessment of the proposed module is carried-out, and it confirmed the redundancy mechanisms need to be applied on the individual microcontroller, the sensor and the individual execution unit.