Authors
Kacuba V.
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Degree
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PhD in Physics & Mathematics, Associate Professor, Murmansk State Technical University |
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E-mail
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katsubavs@mstu.edu.ru |
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Location
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Murmansk |
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Articles
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Multimedia presentation of the educational information: practical aspects of developmentAccording to last neurophysical researches, cognizance of the education material may be con¬siderably improved, if its explanation is accompa¬nied by visual submission. Therefore development and use of various software for presentation of the educational information is an actual problem today. There are a number of practical questions concern¬ing development of such features. In this article the practical aspects of multimedia interactive presen¬tation for educational mathematical information are considered. Read more...Features of the development of modern electronic educational resources for mathematicsTogether with the progressive development of information systems, methods and approaches to
their use in the educational process are changing. The volume of independent student’s work and the
importance of the autonomy of training are becoming more and more. Information technologies are
the basis for the development of the electronic educational resources, which contribute to a better and
faster learning of the materials by students, as well as the formation of research skills. During the development
of the electronic educational resource for the discipline «Mathematical analysis», the task
was set to implement a software for solving problems with the drafting of the equation and plotting the
tangent plane and the normal to the surface at its given point. The following requirements were put to
the software product: cross-platform and the possibility of the distribution on local media — for the
convenience of using the program both in the computer classes of the university and on the personal
computer, interactivity — ensuring the interaction of the program and the user (control of the input
values and checking the calculated results), visualization of the solution, as well as the availability of
reference information and compliance with technical requirements for software. To implement the solution
to the problem, various approaches can be applied, for example: a high-level language C++ with
the standard library «Math. h» and the OpenGL API for working with the 3‑D graphics; mathematical
libraries, such as «Mathematica» and «MatLab». To develop an electronic educational resources
mathematical package «Matlab» contains a complete set build-in tools and algorithms necessary in
the development and implementation of the declare functionality.
Read more...
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