Innovative System for Scheduling Production Using a Combination of Parametric Simulation Models

The article deals with the design of an innovative system for scheduling piece and small series discrete production using a combination parametric simulation models selected optimization methods. An solving problems is created based on data from real at workshop level. methodology methods sequential problem due to its versatility, which includes several systems fact that in practice, modifications are encountered. Proposals individual modules proposed communication channels have been presented, connect elements library objects scheduling. With help channels, it possible apply parameters directly assembled model. In this system, initial set deployed, can be applied solve benefit solution defines content necessary working output reports provides planning shopfloor DPSS works (CR—Critical Ratio, S/RO—Slack/Remaining Operations, FDD—Flow Due Date, MWKR—Most Work Remaining, WSL—Waiting Slack, OPFSLK/PK—Operational Flow Slack per Processing Time) experiments prove most suitable FT10 critical ratio method replaceability equipment was not considered. total length finding all solutions by 1.68 min. main two effectively used techniques only but also research; mentioned computer simulation. By combining techniques, generate dynamically interactively changing simulated program. Subsequently, decide emerging conditions certainty, uncertainty, risk. To determine conditions, used, represent physical their complex internal processes. Another ability evaluate number modifications.