Mikhail Kataev

Mikhail Yurievich Kataev finished the faculty of Radiophysics at Tomsk state University. He worked in the Institute of atmospheric optics, where were the main tasks of the development and practical application of methods and algorithms for solving the inverse problem of retrieving of the atmospheric air structure from laser methods data. He then continued his work in the Tomsk University of control systems and Radioelectronics, where the main task was the development of software products of varying complexity and algorithms of pattern recognition, the application of neural networks, empirical orthogonal functions and parallel algorithms in the study of multidimensional data. Recently, an important task is the development of software for developed of virtual educational space and the automated astimation of knowledge and competence in this space.

Publications

Handbook of Research on Estimation and Control Techniques in E-Learning Systems
Handbook of Research on Estimation and Control Techniques in E-Learning Systems
Vardan Mkrttchian, Alexander Bershadsky, Alexander Bozhday, Mikhail Kataev, Sergey Kataev. © 2016. 679 pages.
Improvements in the application of online learning technologies are continually on the rise as the expectation for individuals to obtain a higher education grows and more people...
Using Plug-Avatars “hhh” Technology Education as Service-Oriented Virtual Learning Environment in Sliding Mode
Using Plug-Avatars “hhh” Technology Education as Service-Oriented Virtual Learning Environment in Sliding Mode
Vardan Mkrttchian, Mikhail Kataev, Wu-Yuin Hwang, Sarabjeet Singh Bedi, Anna Fedotova. © 2016. 13 pages.
This chapter aims to show the possibilities of the use of plug-avatars “hhh” technology education as a Service-Oriented Virtual Learning Environment (SOVLE) in Sliding Mode (SM)....
Using Plug-Avatars “hhh” Technology Education as Service-Oriented Virtual Learning Environment in Sliding Mode
Using Plug-Avatars “hhh” Technology Education as Service-Oriented Virtual Learning Environment in Sliding Mode
Vardan Mkrttchian, Mikhail Kataev, Wu-Yuin Hwang, Sarabjeet Singh Bedi, Anna Fedotova. © 2014. 13 pages.
This chapter aims to show the possibilities of the use of plug-avatars “hhh” technology education as a Service-Oriented Virtual Learning Environment (SOVLE) in Sliding Mode (SM)....