THE IMPLEMENTATION OF A DECISION-MAKING SYSTEM BASED ON FUZZY LOGIC FOR OPTIMIZING PRODUCTION SCHEDULING OF PLASTIC PARTS MANUFACTURED BY INJECTION MOLDING

Gabriel PRADA, Mihai TĂMĂȘAN, Raul LUCACIU, Florin BLAGA

Abstract


This paper presents the development of a user interface for a fuzzy logic decision-making system designed to optimize production scheduling in the injection molding industry. The system integrates input variables such as production time, due date, the client negotiation possibility, project complexity, safety stock and profit rate, to dynamically determine order priorities. The user interface enables intuitive interaction, allowing users to provide real-time data as input and visualize the output. By using fuzzy logic, the system can overcome uncertainties, which are common in production environments, enhancing scheduling efficiency and decision-making accuracy. The interface simplifies the interpretation of complex data, ensuring better utilization of resources and adherence to deadlines, resulting in an improved operational performance.

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References


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