Optimization of the production plan of drill bits with fuzzy constraints based on a heuristic method

Abstract

The problem of optimizing the production plan under fuzzy constraints is formulated using the theory of fuzzy sets. To solve the obtained fuzzy optimization problem, a heuristic method is proposed, in which, on the basis of the use of expert information and the knowledge of experts, the decision-maker in the optimization process and the choice of the best solution, it makes possible to improve the solution of the fuzzy problem. The results obtained are implemented and applied when solving the problem of optimizing the production plan of a plant for the production of diamond drill bits under fuzzy constraints. It is shown that when solving the optimization problem based on the proposed fuzzy approach, the plant’s profit from the sale of different types of bits increases to 8%.

Analysis of the use of robotics in the agricultural industry

“…There are also drones, robots for precision agricultureagrobots, robots for animal husbandrymilking robots, etc. Along with agricultural robots, milking robots are sometimes referred to a separate sub-category of field robots [16][17][18][19][20][21].…”