INTEGRATION OF RFID TECHNOLOGIES TO OPTIMIZE PRODUCTION PROCESSES IN THE FASHION INDUSTRY

Abstract

Purpose. In today's rapidly developing science and technology, special attention is paid to the study of the integration of RFID technologies into the production processes of the fashion industry. The purpose of the study is to develop and analyze a model for integrating RFID technologies into the production process management system of the fashion industry, which includes automated management of route sheets, integration of RFID readers with ERP/MES systems, and ensuring effective control of the logistical and quality characteristics of products. Methodology. A graph of the technological process of manufacturing a garment was constructed using the method of mathematical modeling. Graph theory was used to model the structure of the production
process and determine the optimal paths for the movement of clothing parts between workplaces. Dynamic programming methods were used to optimize production flows. Systems analysis methods were used to assess the effectiveness of the implementation of RFID technologies and determine their
impact on key production indicators. Results. As a result of the research, the following key results were obtained:a concept for integrating RFID technologies into the production processes of the fashion industry was developed, which includes automated management of route sheets of clothing parts, control of logistics operations and ensuring transparency of production; a mathematical model of the production process was formed in the form of a graph, which allows optimizing the routes of movement of parts based on dynamic analysis; the use of RFID technologies for dynamic management of production flows was proposed; an algorithm for selecting the optimal path of technological operations based on dynamic programming methods was developed; the effectiveness of integrating RFID systems with corporate ERP/MES systems was proven, which provides automated control of production and logistics processes, reduces the impact of the human factor and increases the accuracy of resource accounting. Scientific novelty. A model for integrating RFID technologies into the management system of production processes in the fashion industry has been developed and presented. This model includes
automated management of route sheets, integration of RFID readers with ERP/MES systems, and ensuring effective control over logistical and quality characteristics of the products. Practical value. The proposed model of integration of RFID technologies into the production processes of the fashion industry provides automation of accounting, increased productivity and optimization of logistics. This allows to reduce the impact of the human factor, improve quality control and promptly adjust production processes in real time.