THREE-DIMENSIONAL REAL ESTATE CADASTRE. PROBLEMS OF STORAGE AND INFORMATION MANAGEMENT

Keywords: geoinformation system, real estate cadastre, attribute data, three-dimensional model, spatial analysis

Abstract

The article discusses the requirements for a geographic information system, on the basis of which a three-dimensional real estate cadastre can be formed. The use of geographic information systems will allow to combine operations for working with databases, visualization and spatial analysis. It is proposed to use the existing two-dimensional cadastral portal with a three-dimensional browser to present a realistic image of real estate objects. Today, infrastructure is becoming more complex. Territory development becomes complex and requires registration of legal status. With the existing two-dimensional registration, this can be realized only partially. The transition from a two-dimensional to a three-dimensional registration system is a matter of time. Working with cadastral information involves working with large amounts of data. To work, a database management system is required. It is necessary to store data, create different user requests. You also need to create realistic visualizations for displaying property objects. In parallel, there are questions related to the preservation of information. There are questions about the protection of information and its use. It is necessary to develop a three-dimensional geo-information system with verification of objects in relation to formal rules. This system should support database management and information security. The article also describes the structure of the main components of a three-dimensional geographic information system. The most important factors that are needed for such a geographic information system are flexibility, scalability and compatibility. The three-dimensional geo-information system that will be used to develop a three-dimensional inventory should create three-dimensional models of buildings and infrastructure or work with imported models. Such a system should provide the ability to store large amounts of information. It must manage this information and allow the use of this information to different groups of consumers. Such a system should perform spatial analysis and various types of research. This is necessary for the design of infrastructure facilities.

Author Biography

O. Pomortseva, O.M. Beketov National University of Urban Economy in Kharkiv

Ph.D., Associate Professor

References

Gubar, Y.P. (2013) “Zastosuvannya problemno-orientovanih GIS-tehnologij dlya cileij kadastrovoi ocinki neruhomosti” [Application of problem-oriented GIS-technologies for the purposes of cadastral valuation of real estate], Geodesy, cartography and aerial photography, 78, 192–200.

Cohn, A.G., Bennett, B., Gooday, J., Gotts, N.M. (2007), Qualitative spatial representation and reasoning with the Region Connection Calculus, Geoinformatica, 1(3), 275–316.

Pomertseva, O. E. (2017) The use of the geoinformation system in the design of the city infrastructure. International scientific and practical conference «Modern techniques, innovations and practical experience in the field of technical sciences» Lublin, Republic of Poland, 223-226.

Poile, C., Safayeni, F. (2016) Using computational modeling for building theory: A double-edged sword, Journal of Artificial Societies and Social Simulation, 19 (3), 8.

Pomortseva, O. E. (2018) “Vikoristannya trivimirnogo modelyuvannya dlya pokraschennya blagoustroyu mista” [ Using 3D modeling to improve city amenities], Scientific-practical conference devoted to the international GIS day. Kharkiv, 27–29.

Skidan, O.V. (2010) “Institucional'ni zasadi formuvannya agrarnoi politiki Ukraini: monografiya” [Institutional Principles of Agrarian Policy Formation in Ukraine], Zhytomyr: View of "Polissya", 308 .

Sverdlyuk, O. (2006) “Zastosuvannya GIS-tehnologij u sferi zemel'nogo kadastru ta zemleustroyu” [Application of GIS technologies in the field of land cadastre and land management], Land Bulletin, 4, 56–59.

Lyaschenko, A.A. (2008) “ Etalonna model' arhitekturi geoportalu ta zasobi ii realizacii” [Standard model of architecture of geoportal and means of its realization], Engineering geodesy , 54, 124 – 134.

Pomortseva, O. E. (2016) Designing geodata databases: comp. Allowance. Kharkiv: View. KhNUMG them OHM. Beketov, 140.

Pomortseva, O. E. (2017) Features of the organization of links between spatial and attributive data in geoinformation systems. Application of information technologies in the preparation and operation of law enforcement forces. Collection of abstracts of reports of the International scientific and practical conference, Kharkiv – National Academy of National Guard of Ukraine, 85-86

Published
2019-01-25
How to Cite
PomortsevaO. (2019). THREE-DIMENSIONAL REAL ESTATE CADASTRE. PROBLEMS OF STORAGE AND INFORMATION MANAGEMENT. Municipal Economy of Cities, 1(147), 23-26. Retrieved from https://khg.kname.edu.ua/index.php/khg/article/view/5347