Executable Closed-Loop Simulation Lifecycle Management Framework Incorporating Fault Detection Classification and Discrete Process Simulation

摘要

As contemporary manufacturing environments are getting more volatile and dynamic, many control frameworks and related information systems have been provided. Simulation Lifecycle Management is considered an advanced dynamic manufacturing framework with early warning control functionality among them. While other systems focus on fault detection and its classification, SLM reasons where the defects occur and how these are removed. This paper provides several executable control frameworks for achieving current manufacturing goals as well as for repairing defects. The suggested framework classifies the degree of defects and analyzes current production objectives with discrete process simulation techniques. Then, it generates the following-up schedule and modifies control parameters. The effectiveness of the provided control framework is proven with a numerical example.