SIMULATION OF THE QUEUING SYSTEM FOR THE PURPOSE OF ANALYSIS OF ITS WORK
Abstract
The article is devoted to the study of the possibility of using simulation methods to optimize the structure of the queuing system. It is noted that the analytical approach to modeling such systems involves the introduction of a number of assumptions, which reduces the adequacy of the model. To analyze the behavior of complex systems, it is proposed to use models in the form of simulation algorithms. The work uses a discrete-event approach to simulation. The influence of the number of channels of the queuing system on the main indicators of its efficiency is investigated. The possibility of using these models for studying the behavior of a real object and optimizing its operation is shown
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