<OBJECT codeBase=http://download.macromedia.com/pub/shockwave/cabs/flash/swflash.cab#version=9,0,28,0 height=101 width=541 classid=clsid:D27CDB6E-AE6D-11cf-96B8-444553540000><PARAM NAME="_cx" VALUE="14314"><PARAM NAME="_cy" VALUE="2672"><PARAM NAME="FlashVars" VALUE=""><PARAM NAME="Movie" VALUE="http://www.marhi.ru/eng/AMIT/amit.swf"><PARAM NAME="Src" VALUE="http://www.marhi.ru/eng/AMIT/amit.swf"><PARAM NAME="WMode" VALUE="Window"><PARAM NAME="Play" VALUE="-1"><PARAM NAME="Loop" VALUE="-1"><PARAM NAME="Quality" VALUE="High"><PARAM NAME="SAlign" VALUE=""><PARAM NAME="Menu" VALUE="-1"><PARAM NAME="Base" VALUE=""><PARAM NAME="AllowScriptAccess" VALUE=""><PARAM NAME="Scale" VALUE="ShowAll"><PARAM NAME="DeviceFont" VALUE="0"><PARAM NAME="EmbedMovie" VALUE="0"><PARAM NAME="BGColor" VALUE=""><PARAM NAME="SWRemote" VALUE=""><PARAM NAME="MovieData" VALUE=""><PARAM NAME="SeamlessTabbing" VALUE="1"><PARAM NAME="Profile" VALUE="0"><PARAM NAME="ProfileAddress" VALUE=""><PARAM NAME="ProfilePort" VALUE="0"><PARAM NAME="AllowNetworking" VALUE="all"><PARAM NAME="AllowFullScreen" VALUE="false"> <IMG id="swf_334912" style="border: 1px solid #B6B6B8; background-color: #E2DFDA; background-image: url(/bitrix/images/fileman/htmledit2/flash.gif); background-position: center center; background-repeat: no-repeat; width: 541px; height: 101px;" src="/bitrix/images/1.gif" __bxtagname="flash"/> </OBJECT></OBJECT></OBJECT></OBJECT></OBJECT></OBJECT>
ARCHITECTURE AND MODERN INFORMATION TECHNOLOGIES
INTERNATIONAL ELECTRONIC SCIENTIFIC - EDUCATIONAL JOURNAL
1(38) 2017
Article
REPRESENTATION OF SPACE-PLANNING DECISIONS OF BUILDINGS OF THE STATE MACHINES IN THE PARADIGM OF ARTIFICIAL INTELLIGENCE
Authors V.G. Kulikov , Moscow Institute of Architecture (State Academy), Moscow, Russia
Abstract
In the article actual problems of designing space-planning decisions of buildings using set theory, graph theory, and theory of finite automata. The technique of designing space planning solutions by building a finite state machine in the form of network models for different types of buildings. Designed according to the above method models finite state machines can perform a variety of functions of a consultant architect in the form of artificial intelligence or expert systems in the development of multiple design solutions.
Keywords: space-planning decisions, layout, set, graph, mathematical logic, network model, artificial intelligence
Article (RUS)
References
Pohorski G.V. Informacionnye tehnologii v arhitekture i stroitel'stve : uchebnoe posobie [Information technologies in architecture and construction. Textbook. 2nd ed. Erased]. Moscow, 2012, 264 p.
Zmeul S.G., Makhanko B.A. Arhitekturnaja tipologija zdanij i sooruzhenij: uchebnik [Architectural typology of buildings and structures. Tutorial]. Moscow, 2004.
Linenko E.V. Arhitekturnye konstrukcii i osnovy konstruirovanija [Architectural design and design principles [Electronic resource], "Orenburg state University", Russia Architecture]. Orenburg, Orenburg state University, 2011, 29 p.
Serebryakov V.A., Galochkin M.P., Potter D.R., Furugen M.G. Teorija i realizacija jazykov programmirovanija [Theory and implementation of programming languages]. Moscow, 2006, 2nd ed. ISBN 5-94073-094-9.
Karpov Yu.G. Teorija avtomatov: Uchebnik dlja vuzov [Theory of machines: Textbook for universities]. St. Petersburg, 2002, 224 p.
Melikhov A.N. Orientirovannye grafy i konechnye avtomaty [Directed graphs and finite state machines]. Moscow, 1971, 416 p.
Kogan D.I., Babkina T.S. Uchebno-metodicheskaja razrabotka dlja samostojatel'noj raboty studentov po kursu «Teorija algoritmov i matematicheskaja logika» pri izuchenii temy «Koncepcii konechnogo avtomata i reguljarnogo jazyka. Operacii nad reguljarnymi jazykami» [The Educational-methodical development for independent work of students in the course "Theory of algorithms and mathematical logic" under the topic "concepts of finite automata and regular language. Operations on regular languages"]. Nizhny Novgorod, 2000.