Flexible Manufacturing Process with Scheduling Algorithm Based on Distributed Fuzzy Control System Design Using MATLAB

Abstract

The paper mainly focuses on the development the flexible manufacturing process with scheduling algorithm based on distributed fuzzy control system design using MATLAB. The research problem in this study is to find the scheduling algorithm for autonomous control system for modern industries based on flexible manufacturing process. The solution for the main research problems is to utilize the fuzzy logic controller design for scheduling algorithm based on distributed situation. The objective of this research could be fulfilled to observe the flexible manufacturing process for modern industries. In this paper, an Individual fuzzy logic controller is designed for the DFC control of the Manufacturing Process. With the use of Distributed Fuzzy Control in the manufacturing, the result is more benefit in scheduling policies, resource management and on-time delivery and processing of work. The Fuzzy Logic Controller for each machine is constructed first and the FMP is demonstrated by using a sequence control and processing of three machines equipped with the design fuzzy logic controller. The main advantage is automatic scheduling of the system (fully intelligent). The high Flexibility of controller and Good resource management confirm that the Less Human intervention in real world application. The results in this analyses confirm that the developed scheduling algorithm would be applied in real world applications because the performance of the control system was met the outcomes from the experimental studies.