About the Dynamic Model Formation of the Urban Livelihood System Compatible with the Biosphere

Author:

Ilyichev Vyacheslav1,Kolchunov Vitaliy2,Emelyanov Sergey2,Bakaeva Natalia2

Affiliation:

1. Russian Academy of Architecture and Construction Sciences

2. South-West State University

Abstract

Here is presented an approach to the simulation of complex in its multicomponent structure for implementing the functions of city activity. The approach is based on the paradigm of the city compatibility with the Biosphere and phrased on the principles of its self-organization. A conceptual model of the urban livelihood system in the form of a multicomponent natural and technogenic structure is also described. A mathematical model of an open dynamic compatible with the Biosphere urban livelihood system with the choice of the governing parameters for management is developed.

Publisher

Trans Tech Publications, Ltd.

Reference5 articles.

1. Ilyichev, V.A. Biosfernaya sovmestimost' – printsip, pozvolyayuschiy postroit' paradigmu zhizni v garmonii s planetoy Zemlya [Biospheric compatibility – the principle, allowing to construct a life paradigm in harmony with a planet Earth] (2014).

2. Ilyichev, V.A., Kolchunov, V.I., Gordon, V.A. Odnovremennyie sistemyi uravneniy dlya modelirovaniya vzaimosvyazey chislennosti naseleniya i harakteristik sredyi obitaniya [Simultaneous system of equations to model the relationship between population size and habitat characteristics] (2010).

3. Ilyichev, V.A., Malmyigin, I.A. Raschet gumanitarnyih balansov Biotehnosferyi [Calculation of Biotechnosphere humanitarian balances] (2011) City and Town Planning, 4, pp.38-44. (rus).

4. Bakaeva, N.V., Shishkina, I.V. Kontseptualnaya model ekologicheski bezopasnoy avtotransportnoy sistemy i postanovka zadachi upravleniya [Conceptual model of ecologically safe motor transport system and definition of management problem] (2013).

5. Kobeleva, S.A., Bakaeva, N.V., Andreytseva, C.S. Modelirovanie zhilischnoy sferyi, sovmestimoy s biosferoy [Modeling of the housing sphere compatible to the biosphere] (2014) Housing Construction, 6, pp.60-64. (rus).

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