By: Alimbekova N. , Chymyrov A. nagima.alimbekova@live.unigis akylbek2005@yahoo

1. Module : Cadastre and Land Information Systems Lesson 13. GuidelinesformanagementofthedigitalCadastralMapsinKyrgyzRepublic. By: Alimbekova N.,Chymyrov A. nagima.alimbekova@live.unigis.net akylbek2005@yahoo.com Geodesy and Geoinformatics Department, KSUCTA

2. Module : Cadastre and Land Information Systems Lesson 13. Guidelines for management of the digital Cadastral Maps in Kyrgyz Republic. Overview Cadastral mapping. Introductionandapplication GISinKR cadastre. Principlesforcreatingandeditingofgeographicalandattributedata. Basicprinciplesandrules oftopology.

3. Module : Cadastre and Land Information Systems GIS in Cadastre Cadastre can not increase its effectiveness, if not to develop geographic information systems through the use of new information technologies. Geoinformatics now resides at the forefront of modern computer technologies. The subject of the study are Geographic Information System - provides collection, storage, processing, access, display and dissemination of spatially coordinated data (spatial data).

4. Module : Cadastre and Land Information Systems Cadastral Mapping is the preparation of a Cadastre Map which shows the details of boundaries, extent of lands or plots and the details of ownerships. Cadastral Mapping is done mainly for administrative purposes by department of governments.

5. Module : Сadastre and Land Information SystemTwo main objectives of information character • create information base of the land cadastre; • its current management.

6. Module : Cadastre and Land Information SystemsA digital cadastral maps generated spatial data of two types: Cartographic data - a cadastral map in digital form or hard copy. Attribute data is presented in the form of inventory sheets (forms), which contain detailed information relating to property.

7. Module : Cadastre and Land Information SystemsThe enter principles and modify attribute data and managing Attribute - a non-spatial information about the geographical area, usually stored in a table and associated with an object a unique identifier. In raster data sets, the information associated with each unique value in the cells of the raster.

8. Module : Cadastre and Land Information Systems Column• The element attribute table.• The vertical dimension of the table. Each column stores the attribute values ​​of one type of all records, or rows, the table. All attribute values ​​in a column must be the same type of data - for example, only numbers, only the text, only the date.• A vertical group of cells in a raster or pixels in the image.

9. Module : Cadastre and Land Information Systems Row • Record in the attribute table.• The horizontal dimension of the table consisting of a set of columns, each of which contains a data element.• The horizontal group of cells in a raster or pixel in the image.

10. Module : Cadastre and Land Information Systems Entering and changing attribute data made according to "Rules of state registration of rights and encumbrances (restrictions) of real estate rights and transactions" approved by the Government of the Kyrghyz Republic from February 15, 2011 № 49.

11. Module : Cadastre and Land Information Systems Registration border of the Republic (vector, polygon) (Layer Republic) Example №1; Republic_pol polygon classificatory of administrative –territorial division Scale 1:25000

12. Module : Cadastre and Land Information Systems 1 – registration oblast; 2 – registration rayon; 3 – registration sector; 4 – registration kvartal; 5 – land parcel; 6 –building; 7 – flat or placement. Each unit of real estate has its own unique identification code, which consists of seven positions, 18 characters:

13. Module : Cadastre and Land Information Systems Registration oblast Registration zona

14. Module : Cadastre and Land Information Systems Registration zona Each registration zone is divided into sectors of the registration, which are assigned their own ID numbers. Registration number of the sector is the third component of the identification code of the real property. This component consists of two digits (04.08.05). Registration kvartal Administrative quarters of, located in the sector, taken as registration districts. Settlement, which has no administrative division the administrative quarters, regarded as a quarter of the registration sector. Identification number of land parcels The land on which there are no buildings or structures owned by the land owner, is recognized as one unit of real property, its identification number is the last component of the identification code, which will include a number of the registration area, registration area, registration sector, the quarter of land.

15. Module : Cadastre and Land Information Systems Buildings Buildings that do not belong to the owner of the land on which they are located, is assigned a unique identification code, the fifth component of which in this case is the identification number of land. Flats Identification number of flats to match her mailing address. Identification code of the apartment will include a number of registration areas, zones, sectors, block, plot structure and the apartment number.

16. Module : Cadastre and Land Information Systems

17. Module : Cadastre and Land Information Systems BASIC PRINCIPLES AND RULES OF TOPOLOGY The basic principles and rules of the topology of the inventory is used to ensure data quality, and allows for more realistic modeling of the spatial cadastral database. The geodatabase provides an environment in which spatial objects can have behavior, for example, subtypes, default values​​, attribute domains, validation rules, and structured relationships with other tables objects.

18. Module : Cadastre and Land Information Systems Rules for Polygon Must not overlap within a class of spatial objects. Should not have gaps of empty seats inside the polygon, or between bordering sites. Should not overlap with one class of spatial objects with polygons of another class. Polygons of a class (for example, areas of the real property) of spatial objects contained within the polygons of another class (the other quarter, and polygon features) of spatial objects. Should make a mosaic. The boundaries of polygonal objects coincide with the linear objects of another class of spatial objects.

19. Module : Cadastre and Land Information Systems The boundaries of a polygon feature class must coincide with the boundaries of polygons in another feature class. Contains a point to a polygon feature class contained at least one point from another class of spatial objects.

20. Module : Cadastre and Land Information Systems Rules for Line Must not overlap; Must not intersect; Must not have hanging nodes; Must not have mess; Must not intersect or touch. Must not overlap. Must coincide with the boundaries. Endpoints must coincide. Must coincide.

21. Module : Cadastre and Land Information Systems Rules for Points Should be inside the polygon. Must be based on the boundary. Must coincide with the end points.

22. References: Guidelines for management digital cadastral maps in kyrgyz republic, 2011 GIS Maps of World: Cadastral Mapping . http://gis.mapsofworld.com/mapping/cadastral-mapping.html