Interdisciplinary approach for simulation of starting points for optical and architectural design

Author:

Livshits Irina L.1,Glebovskyi Alexander S.2,Protsuto Marina V.2,Volkova Svetlana L.2

Affiliation:

1. NRU ITMO, Lab CAD of OI & ESS , 49 Kronverkskii , Saint Petersburg , Russian Federation

2. St. Petersburg State University of Architecture and Civil Engineering Russia , Department of Foreign Languages , Saint-Petersburg , Russian Federation

Abstract

Abstract Modern science becomes more complex day after day. Besides, there appeared many unpredictable links between different subjects, which we never expected to be connected. This is called ‘interdisciplinary’ science. For example, just occasionally we found common points in the simulation of the starting input for optical and architectural design, and moreover, we discovered a lot of similar procedures in both of them. Basing on the analysis of these two fields of knowledge, as well as using optical expert and architectural expert evaluations, we propose an approach to build a heuristic algorithm for computer aided design in these two fields. Later, we expect that it grows into a set of expert systems under the roof of artificial intelligence. We see in the near future a prospective of using new technology in design–building information modeling, which could be expanded from architectural design to optical design, etc. Besides, this is our first experience in this field. We consider that it is possible to widen it further to other subjects. The main ideas of this approach are presented.

Publisher

Walter de Gruyter GmbH

Subject

Instrumentation,Atomic and Molecular Physics, and Optics,Electronic, Optical and Magnetic Materials

Reference15 articles.

1. B. H. Bacиπьeв, И. Л. Лившиц, Д. И. Mуpомцeв, Ocновы пpоeктиpовaния экcпepтных cиcтeм компоновки объeктивов, 2012. Caнкт-Пeтepбуpг, Haукa, c.224 (2012).

2. I. Livshits, A. Salnikov, I. Bronchtein and U. Cho, in: ‘Proc: 5th International Conference on Optics-Photonics Design and Fabrication, ODF’06’, (Nara, Japan, December 2006).

3. I. Anitropova, in ‘OSA Proc. of the International Optical Design Conference’, (Rochester, USA, June 1994).

4. I. Livshits and A. Salnikov, in ‘Proc: 4th International Conference on Optics and Photonics in Technology Frontier, ODF’04, (Chiba, Japan, July 2004).

5. Дипломный проект: «Универсальный многоэтажный промшленный комплекс в г. Екатеринбург» http://www.cadmaster.ru/press/news/news_20140811.html.

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