Abstract
AbstractA system analysis of the design process of modern industrial lighting fixtures based on LED modules, their technical, structural and operational characteristics is done. The relevance of developing an automated decision support system based on the theory of fuzzy sets when choosing a model of an LED module in the design process of a lighting device is substantiated. A fuzzy logic system, which, depending on the requirements for the lighting fixture, determines the parameters of the most preferred LED module, has been realized. The operation of the system is illustrated by a specific example of parametric and structural synthesis of a lighting fixture with specified characteristics, the effectiveness of its application is shown in comparison with traditional design in manual mode. The high efficiency of using the proposed decision support system is determined by the possibility of parametric and structural synthesis of lighting devices, taking into account a wide set of predetermined characteristics and the LED modules nomenclature.KeywordsLighting fixtureLED moduleFuzzy logicParametric and structural synthesisEfficiency
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