Structural and mathematical models of software and hardware platform of the training complex

Abstract

Abstract The article discusses the problem of formalizing the structure of software and hardware platform training complex based on a controlled treadmill. The general structure of the platform components is formulated. A mathematical model is developed for an omnidirectional platform in notation of set theory. The criteria for optimizing the software and hardware platform were selected: economic costs, compliance with structural characteristics, energy efficiency; quality indicators. Structural and mathematical models and criteria will allow the design and optimization of the hardware and software platform for the training complex.