APPLICATION OF GENETIC ALGORITHM TO MEASUREMENT SYSTEM CALIBRATION INTENDED FOR DYNAMIC MEASUREMENT
Journal Title: Metrology and Measurement Systems - Year 2006, Vol 13, Issue 1
Abstract
The paper presents an application of the genetic algorithm method for calibration of measurement systems intended for the measurement of dynamic signals. The process of calibration is based on the determination of the maximum value of a chosen error criterion. The solutions presented in the paper refer to the integral-square error if the magnitude and rate of change constraints are imposed simultaneously on the calibrating signal. The practical application of the presented algorithm has been illustrated on the example of sixth order low-pass system calibration.
Authors and Affiliations
KRZYSZTOF TOMCZYK
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