Abstract
The purpose of the work is to develop an algorithm using intelligent components that will allow processing of experimental data of response kinetics of resistive gas sensors based on the algorithm of the model of the stretched exponential function of Kohlrausch-Williams-Watts, without operator intervention. The problems of implementing full automation of the information-measuring system for the study of the main characteristics of gas-sensitive sensors - the selection of the most informative time interval - are describe. The algorithm for processing the experimental kinetic dependence of the response of gas sensors based on the model of a stretched exponential function with intelligent components that allow choosing the most informative time interval from the processed kinetic dependences is present.
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