Design and Development of Adaptive Simulators Using 3D Modeling

摘要

The analysis of the effectiveness of adaptive training systems for training personnel to work in regular and emergency situations at the enterprises of chemical-technological profile was performed. It is concluded that for the chemical industry the simulators based on interactive 3D models of production facility are the most effective. The analysis of the main causes of emergency in the chemical industries allows developing a structure of the automated information system, which is a major component of the training complex. The classification of all basic objects of the virtual space was performed to formalize approaches to create simulators based on interactive 3D models of production facilities. The combination of these sets of the main objects of virtual space together with many auxiliary facilities (light sources, animations, etc.) allowed to produce a formalized model of the virtual space of production facility. The proposed theoretical approaches were implemented in the development of adaptive training complex for training personnel of chemical enterprises in the Tambov region, the Russian Federation. The developed adaptive training complex is focused on the use of 3D models of virtual reality. It also provides the possibility of training on the real object with the use of augmented reality technology.