This paper is an experimental study of the system for support the design and optimization of reconfigurable manufacturing systems (RMS), which contains from the basic components of the proposed solution. Individual parts communicate with each other and exchange information which is necessary for implement required tasks. In addition, this paper also investigates the reconfigurable manufacturing systems, that are designed so that they may allow rapid adaptation of own capacities (market changes, product changes and to unexpected system turbulences). The aim of reconfigurable manufacturing systems is to improve production system response and thereby to provide an alternative to low-cost and high-quality production.
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