Research on Fuzzy Robust Control of Multi-channel Closed-Loop Supply Chain with Time-Varying Delay

A dynamic pattern is developed for a multi-channel CLSC (closed-loop supply chain) system to solve the FRC (fuzzy robust control) issue of a multi-channel CLSC. Time-varying delays during product recycling and remanufacturing in live e-commerce are taken into consideration. The T-S (Takagi Sugeno) FRC method is employed to mitigate the information of time-varying delays and demand fluctuation interference caused by recycling and remanufacturing. Through MATLAB simulation software, it is demonstrated that the method effectively guarantees the system's dynamic performance while mitigating the bullwhip effect.