×

You are using an outdated browser Internet Explorer. It does not support some functions of the site.

Recommend that you install one of the following browsers: Firefox, Opera or Chrome.

Contacts:

+7 961 270-60-01
ivdon3@bk.ru

  • Application of IT-modeling in the architectural environment

    The global global trend in the development of modern computer technologies contributes to the introduction of BIM technologies in the design, construction and operation, working with a single model of a building or structure throughout the entire life cycle. The challenges that arise in the design and construction process stimulate the development of digital technologies, and those, in turn, require continuous study and improvement of knowledge in these areas. To maximize the effectiveness of projects and the implementation of architectural thought by means of information technology, new requirements for the work of architects are emerging. In this direction, it is necessary to train architects and designers of a new generation and to retrain long-time practitioners. In this paper, we have considered the advantages and disadvantages of the transition of the full cycle of architectural and construction design in IT modeling. We studied the issue of rapid identification of shortcomings and instability of the design of the projected building due to the integration of programs: ArchiCAD, SAPPHIRE, LIRA-CAD.

    Keywords: architectural environment, information technology, integration, BIM, design, IT modeling, construction

  • A possible approach to the representation of the domain structure in automatic abstracting

    The problem of representation of the structure of the domain, which could be used in automatic summarization is described in this paper. As a solution to this problem, the authors propose to use a denotat-based text analysis technique , developed by A.I. Novikov and his school (Institute of Linguistics). This technique was the basis of the proposed infological model that makes it possible to view the structure of a particular subject area, and ultimately the creation of a system of automatic summarization.

    Keywords: denotation, abstracting, understanding infological model, neural network, text comprehension, semantic clotting