Data structure designing of the internal component libraries for learning experiment environment

Abstract

It has been substantiated that the layout of the scheme of the educational experiment and further research of the subject area by the authorized user of educational space is hindered by the lack of common tools and standards for maintaining a suffi cient and relevant nomenclature of components. It is shown that the available solutions do not fully provide a hierarchical ordering of component attributes in the data structure of the internal library.A unifi ed specifi cation of the packed fi le format of the internal library for diff erent types of components has been designed to provide data fl ow support for software developed within the virtual platform of learning research. The hierarchical format is based on the ANSI-description of the subject area components and is suitable for constructing a ramifi ed contour of experimental scheme and further transitional processes studying.

Approaches to Technological Stages Simulation in Academic Media Platform Environment of Learning Experiment

“…This project is implemented as an analytical apparatus for prompt calculation and dynamic management of the active learning environment based on requests and subsequent decision-making, when the student independently builds a strategy to achieve the goal by means of the most adequate toolkit. Consequently, when performing thematic laboratory work in virtual learning environment with the support of appropriate component libraries [10] and information from the corporate enterprise database [4], the higher education getter learns that raw materials for lamination are supplied in sheets in the range of 23 ÷ 260 µm. Thus, learning environment illustrates that the total thickness of the printing order after the technological stage of lamination increases by at least 50 µm.…”