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УДК 528.8(517.3):332.3 U. Sarangerel, Ts. Lknagvajav ИИДЗАН, Монголия
RENOVATION METHODOLOGY OF CADASTRAL DATABASE OF ULAANBAATAR SITY AT SCALE 1:10'000, USING QUICKBIRD IMAGE
МЕТОД ОБНОВЛЕНИЯ БАЗЫ КАДАСТРОВЫЕ ДАННЫЕ ГОРОДА УЛАН-БАТОРА В МАСШТАБЕ 1 : 10 000 С ИСПОЛЬЗОВАНИЕМ КОСМИЧЕСКИX СНИМКОВ СПУТНИКА QUICKBIRD
Аннотация
В настоящее время для обновления информационных базов данных широко применяются данные космических снимок. В ходе разработки кадастровой информационной базы города Улан-Батора (КИВ УБ) в масштабе 1:10000 искажение в метрических значениях достигло 80 метров. Основной целью нашей работы было уточнение несовмещенности данных результатов дистанционного зондирования и информационных данных продуктов цифровой картографии.
Introduction
We developed Cadastral Information Database (Figure 2) of Ulaanbaatar capital (UBCID) at scale 1:10000 using MapViewer v2005.1.0. MapViewer v2005.1.0. is very easy to use & possible to manage with different software satellites products such as LANDSAT, SPOT, SAR etcetera.
Actually MapViewer v2005.1.0 managing UBCID at scale 1:10'000 jointly with MapInfo Professional (19 wor. files) & Arc View ( 19 apr. files).
Studies of UBCID at scale 1:10000 is following:
1. Digital map compilation for topographic maps (Figure 1) of Ulaanbaatar capital at scale 1:10'000.
2. Developing attributes (Figure 3) for each topographic elements of topographic databanks (Figure 2) of Ulaanbaatar capital at scale 1:10000.
3. Remote sensing of QUICKBIRD image (Figure 4), resolution 65 sm.
Accordingly 19 lists of digital topographic maps Ulaanbaatar city at scale 1:10000 can be served as a basic Topographic Information Database for Cadastral Information Database Ulaanbaatar City. UBCID at scale 1:10000 includes 1071 files, 40 folders, 19 topographic information databank, size on dick 619998 K. Digital maps for each topographic elements geocoded at Gauss-Kruger (GK) projection zone 18 & figured as the matrixes, attributes for each topographic elements correctly compiled. Digital photogrammetry for remote sensing at SAR image developing in Universal Transverse Merkator (UTM) projection zone 48.
Fig. 1. Sheet L - 48-10-XV, XVI. Ulaan baatar centre.
Our country located in middle of northern hemisphere, so at GK projection, whithin central longitude error=0, whithin latitude 0.0001, at UTM projection whithin longitude and latitude that error is grow up double.
Fig.2. L - 48-10-XV, XVI databank.
While of superposition digital photogrammetry product to UBCID, divergence in each coordination x & y for line elements come on 80 meters.
Therefore, neutralize that divergence first have to geocoding QUICKBIRD image at similar projection, lake cartographic source. The mathematic systems of Mongolian topographic maps goes from small scale 1:500000 to large scale 1:5000, that conformai projection Gauss-Kruger zones of 6° & scales 1:20001:1000 conformai projection Gauss-Kruger zones of 3°, datum Pulkovo-1942.
□ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □ □
ID_NAME fjiumhei lleighbouf liood mateii
office 1 4 assembled
office 1 4 assembled
BANK 1 4 assembled
office 1 4 assembled
office 1 4 assembled
office 1 4 assembled
office 1 4 assembled
office 1 4 assembled
office 1 4 assembled
apart merit45 5 6 assembled
apartment43 S 6 assembled
apartment42 S 6 assembled
apartment 5 6 assembled
apartment 5 4 assembled
apartmerrt4S 5 4 assembled
apartment39 S 4 assembled
apartment35 5 6 assembled
apartmemt4[l S 6 assembled
apartment43 5 6 assembled
apartment S 6 assembled
apartment33 6 6 assembled
apsrtmentS2 5 6 assembled
apartmentS3 S 8 assembled
apartment 5 6 assembled
apartmemtSCl 6 6 assembled
apartmerntS4 4 6 assembled
apartment S Ë assembled
apartment44 4 6 brick
apartment 5 6 brick
apartment S 6 brick
Fig.3. Atributes of Building digital maps L-48-10-XV, XVI batabank.
Fig. 4. QUICKBIRD image.
References
1. Иванников, А.Д. Геоинформатика [Текст] / А.Д.Иванников. - М.: Макс Пресс,
2001.
2. Sarangerel, U., Enkhtovshin, B. The base for Mongolian Geographic Information Network-Topographic Information Database. International conference-Natural resources & sustainable development in surrounding regions of the Mongolian Plateau, Ulaanbaatar, 2005. - С. 206 - 207.
3. Nergui, B., Sarangerel, U. Tour Assistant for travelers in Mongolia, Proceeding of the 4th workshop on Korea-Mongolia S&T cooperation, Gangwon Province, Korea, 2006, - С. 18-20, 65-69.
© U. Sarangerel, Ts. Lknagvajav, 2007
