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Talk · Procedia Computer Science · January 1, 2015

A Model of Virtual Training Application for Simulation of Technological Processes

Bakhyt Mukhanov, Zhanar Zh. Omirbekova, Madina Alimanova, Shynara Sarkambayeva, Dinara Kozhamzharova, Olimzhon A. Baimuratov

Zhanar Omirbekova
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Abstract

Productivity of technological processes crucially depends on its continuity and absence of any malfunction. However, operating personnel should be trained for the cases of any emergencies and under conditions as close as it possible to real ones. That is why, companies require high quality training simulators. This paper is devoted to solve this problem, presenting a model of virtual training application (VTA). In this paper, taking into account the technical regulations, requirements to both workflow processes and training simulators, design of VTA is discussed. Moreover, by analysis of uranium in-situ leaching process, the application of this simulation technology is introduced in detail. Proposed model of VTA is designed to assist training operator personnel to understand and simulate the workflow of in-situ leaching process without acting on real system and without stopping workflow.

Simulation and Modeling ApplicationsExperimental Learning in EngineeringSurgical Simulation and Trainingtraining simulatorstechnological process simulationoperator training

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