Open AccessTechnology of synthesis of the liquid dosing system
Author(s) -
Yuriy Petrenko,
Darya Andriivna Kostyrya,
Dmitry Vladimirovich Ashirov
Publication year - 2021
Publication title -
vestnik harʹkovskogo nacionalʹnogo avtomobilʹno-dorožnogo universiteta
Language(s) - English
Resource type - Journals
eISSN - 2521-1773
pISSN - 2219-5548
DOI - 10.30977/bul.2219-5548.2021.93.0.19
Subject(s) - dosing , automation , computer science , certainty , task (project management) , engineering , systems engineering , mathematics , mechanical engineering , medicine , geometry , pharmacology
There are a large number of different solutions for dosing liquid products on the world market today. There is no universal technology because the same substances can be dosed on different types of equipment. Thus, the manufacturer faces a difficult task: what type of equipment will be the most optimal for this purpose. These questions are a complex multicriteria scientific task, for the effective solution of which it is necessary to develop a technology for the synthesis of the system of authorization of fluid dosing using methods of multicriteria optimization in different conditions of information certainty. Goal. To develop the technology of synthesis of the liquid dosing system, which will allow to make a scientifi-cally based decision on the choice of hardware and software for the liquid dosing system in different conditions of information certainty. Methodology. The criteria for the selection of hardware and soft-ware for liquid dosing automation systems have been substantiated in the work. Based on the analysis of existing decision-making methods in different condi-tions of information certainty, mathematical models of hardware and software selection for fluid dosing automation have been developed, a physical model of liquid dosing system on the Arduino NANO / UNO microprocessor platform has been built. Results. The developed technology of liquid dosing system allows to determine the features of the project of synthesis of liquid dosing automation systems, develop models of hardware and software selection of liquid dosing automation systems. Originality. Methods using multicriteria optimization methods in different conditions of information certainty due to their extension to a new subject area were further developed. Math-ematical models of hardware and software selection for fluid dosing automation system have been devel-oped. Practical value. The theoretical results obtained are confirmed by building of a physical model of the liquid dosing system on the platform of the Arduino NANO / UNO microprocessor