Research and Analysis of Intelligent RGV Based on Dynamic Scheduling Optimization Model

Aiming at the problem of fault-free scheduling in single process, a single process fault-free dynamic scheduling algorithm is proposed by giving several scheduling principles and several lemma. Aiming at the problem of fault-free scheduling of two-process, this paper puts forward the definition and determination principle of "Balance Principle", "Rare CNC" and "m-Center Principle", and gives the algorithm of two-process fault-free dynamic scheduling based on these principles and "single-process fault-free dynamic scheduling algorithm". Aiming at the problem of single process with fault scheduling and the problem of two-process fault scheduling, the number of faulty workpieces is determined according to 1% of the number of workpieces obtained by the corresponding fault-free dynamic scheduling algorithm, and randomly assigned to CNC and the time period of failure, using the finished time of CNC and the working time of RGV, The corresponding fault dynamic scheduling algorithm is given by using the corresponding trouble-free dynamic dispatching algorithm. Finally, this paper validates the operation example, and gives the idea and flow of the optimized all-intelligent RGV dynamic scheduling model algorithm.