engleski

Emergent Synthesis Based Multi-Objective Design of the Manufacturing System Shop-Floor

This article presents a new approach for multi-objective design of the manufacturing system shopfloor. The proposed model for multi-objective design is based on the Emergent Synthesis approach. Emergent Synthesis related approaches use both, bottom-up and top-down features, unlike traditional analytical, deterministic approaches based on top-down problem decomposing. Based on the proposed approach a simulation model has been built and analysed. The Genetic Algorithm (GA) has been implemented in the proposed model for in final optimization process. From the obtained results of the simulation it can be concluded that with the utilization of the proposed approach for adaptable design the model has a high level of multi-objective adaptation in the design of the manufacturing system shopfloor. One of the major characteristics of the here proposed approach for multi-objective design of the manufacturing system is that the model has the ability for a simultaneous influence on the design and adaptation of the shop-floor layout and that it adapts to scheduling rules.

Multi-Objective Design; Emergent Synthesis; BMS; Genetic Algorithm

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