Designing an ACS by Applying Galvanic Coatings Based on Solving the Optimization Problem

An automated control system for the technological process of applying galvanic coatings to a variety of cathode parts of various shapes and sizes is considered based on solving the problem of finding the optimal arrangement of the parts in a galvanic bath to obtain coatings with the minimum value of...

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Published in:Journal of computer & systems sciences international 2023-04, Vol.62 (2), p.290-295
Main Authors: Bannikov, A. A., Litovka, Yu. V., Nesterov, V. A., Sypalo, K. I.
Format: Article
Language:English
Subjects:
Algorithms
Automatic control
Branch and bound methods
Coatings
Computers
Control
Control systems
Engineering
Enumeration
Mechatronics
Optimization
Robotics
System Analysis and Operations Research
Systems science
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Litovka, Yu. V.
Nesterov, V. A.
Sypalo, K. I.
description An automated control system for the technological process of applying galvanic coatings to a variety of cathode parts of various shapes and sizes is considered based on solving the problem of finding the optimal arrangement of the parts in a galvanic bath to obtain coatings with the minimum value of criterion R —the ratio of the number of rejected parts N reject to the total number of parts N placed on the suspension device. To solve the problem, a calculation-logical system is developed that uses the exhaustive enumeration method, the Gomory algorithm modified by the authors, and the branch-and-bound method. When solving the problem, the Gomory algorithm is found to be the best algorithm among the three methods in terms of performance. A two-level control system for the galvanic process in a bath with a suspension device is developed.
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subjects Algorithms
Automatic control
Branch and bound methods
Coatings
Computers
Control
Control systems
Engineering
Enumeration
Mechatronics
Optimization
Robotics
System Analysis and Operations Research
Systems science
title Designing an ACS by Applying Galvanic Coatings Based on Solving the Optimization Problem
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