摘要：AbstractThe paper presents an integrated software platform developed within the framework of the EU project PROGRAMS, called Maintenance Schedule Optimisation (MSO), which comprises a set of software tools. The Tree Editing System (TES) is used to provide a structure of the system in the form of a hierarchical machine decomposition. The Life Data Analysis tool estimates reliability model parameters based on historical maintenance reports. The Reliability and Maintainability (R&M) Simulator evaluates the effect of the application of various maintenance strategies and policies and calculates relevant R&M KPIs. The Life Cycle Cost (LCC) Calculator estimates the maintenance related life cycle cost based on the R&M simulation results. The Optimisation Engine aims to select the most appropriate and cost-effective strategies and policies, to find the optimal preventive maintenance intervals, as well as to cluster the maintenance actions to reduce cost and the number of machine stops.
关键词：Keywordsgenetic algorithmLCCmaintenance engineeringmanufacturingMonte Carlo simulationmultiobjective optimisationsreliability analysissoftware engineering
