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ARCHITECTURE AND MODERN INFORMATION TECHNOLOGIES
INTERNATIONAL ELECTRONIC SCIENTIFIC - EDUCATIONAL JOURNAL

1(38) 2017


Article

COMPUTATIONAL METHODS IN PRE-DESIGN SPATIAL STRUCTURE ANALYSIS OF THE VLADIVOSTOK CITY

Authors A. Potapenko, D. Krasnov, V. Moor, Far Eastern State University, Vladivostok, Russia
Abstract

The article deals with particular qualities of city spatial system data analysis to architectural and urban design in the paradigm of computational approach. The actual research on this subject in Russia and in the world is reviewed. The main types and sources of data used in the study of urban space are identified. The authors analyzed parameters of the urban environment and got the series of city maps such as: residential buildings age, average floors number of the residential buildings, walking accessibility to schools, the height of the city road network, percentage of settlement building blocks, exposure of hills. The article analyzes the Vladivostok areas potential on the basis of connectivity calculation with the population and with the "points of attraction".

Keywords: computational design, spatial organization, urban structure, GIS-technology, spatial data, attractors, population density, communication of areas
article Article (RUS)
References

  1. Anikeev V. V. Vladivostok vstupil v XXI vek: Gradostroitelnye aspekty razvitiya goroda [Vladivostok entered the XXI century: Urban planning aspects of city development]. Vladivostok, 2011, 200 p.
  2. Baevskii O. A. Territorialnoe planirovanie i proectirovanie na osnove issledovaniya prostranstvennoi structury goroda [Spatial planning and design based on a research of the spatial structure of the city]. Moscow, 2013.
  3. Berlyant À. Ì. Kartografia: Uchebnic dlya vuza [Cartography: A Textbook for high schools]. Moscow, 2002.
  4. Borisoynok Ì. Mitap «UrbanData/Habidatum: the city and technology». Available at:  https://te-st.ru/2014/07/15/meetup-habidatum/
  5. Viktorova M. B. Vyayvlenie rezervov prostranstvennogo razvitiya goroda (na primere goroda Ufa) [Revealing reserves the spatial development of the city (on an example of Ufa)]. Moscow, 2014.
  6. Glazychev V.L. Social'no-jekologicheskaja interpretacija gorodskoj sredy [Socio-ecological interpretation of the urban environment]. Moscow, 1984, 180 ð.
  7. Gutnov A. E. Evoluciya gradostroitelstva [Evolution of Urban Planning]. Moscow, 1984, 256 ð.
  8. Zagorovskii V. I., Alekseev K. S. MGIS v reshenii zadach upravleniya zemelno-imuchestvennom kompleksom.  MGIS effektivnyi instrument planirovaniya I garmonichnogo razvitiya territorii [MGIS in resolving land and property complex management tasks. MGIS effective tool for the planning and the harmonious development of territories]. Available at: http://www.gisa.ru/50531.html
  9. Concepciya vneseniya izmenenii v general’nyi plan Vladivostokskogo gorodskogo okruga. ! etap. Analiz transportnoi infrastructury [The concept of making changes to general plan of Vladivostok city district. Stage 1. Analysis of the transport infrastructure]. Saint Petersburg, 2013, 19 p.
  10. Trutnev E. K., Safronova M. D. Gradoregulirovanie v usloviyah rynochnoi economiki [City regulation under market economy conditions ]. Moscow, 2013, 368 p.
  11. Shubenkov M. V., Shubenkova M. U. Otdelnye voprosy razvitiya otechestvennoi teorii gradostroitelstva [Individual issues of national urban planning theory]. Moscow, 2015, 8 p.
  12. Digital Cities. Architectural Design. Vol 79, 2009, no 4, 136 p.
  13. Good City Life. Available at: http://goodcitylife.org/
  14. Spatial Intelligence Unit (SPIN Unit). Available at: http://www.spinunit.eu/