Abstract
The PURPOSE of the study is to compare the software tools for the computer-assisted construction of simulation models. METHODS. The main research methods include system analysis and methods and technologies for mineral processing. RESULTS. The study is given to the existing programming tools for the automated synthesis of simulation models. The universal means of simulation model synthesis are considered and the characteristic parameters of products are determined. The comparative analysis of universal and unique software tools is given in terms of their application in complex industrial technological processes on example of mineral processing. CONCLUSION. Having analyzed the existing software products engaged in solving the automation problem of simulation modeling and capable of technological production process modelling, we derived a conclusion that versatility is not a key parameter when choosing a software product. The focus should be on the requirements and capabilities of the simulation model user.
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