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Budapest 8.5.-10.5.2019 Dušan Hanus

Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

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Page 1: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Budapest 8.5.-10.5.2019 Dušan Hanus

Page 2: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Geodetic Data File

Descriptive Data File

Measuring technology -Geodesy

Page 3: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Since November 2018 are all satellite system included

GPS, Glonass, Galileo, Beidou

34 - Permanent station- Slovakia

21- Permanent station- Neighboring countries

Page 4: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

• Cooperation between

GCCA and Ministry of

Agriculture

• Data are provided free of

charge:

- raster data,

- wms 1.3.0,

- Geoportal

Page 5: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Project from 2017 to 2023

• airborne laser scanning

• density min.15

points/m2

• mXY ≤ 0,50 m in

ETRS89-TM34

• mh ≤ 0,11 m in ETRS89

• DEM 1m resolution

Page 6: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Present state (2019): ◦ Bpv (Bpv 1957) EPSG:8357

◦ Sea level: Kronštadt

◦ Type of elevation: Normal heights according to Moloden

Plan (cca 2025): ◦ EVRS (EVRF2007) EPSG:5730

◦ Sea level : NAP (Amsterdam) W0 = W0E (NAP)

◦ Normal heights / geopotential dimensions

Page 7: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Usage approximately 5 500 users a day

Page 8: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Works on mobile phones

Identification of parcel via GNSS

LPIS

Page 9: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

All engineering networks

Protection zone of engineering network

Page 10: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Portal mainly used by professionals

Page 11: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Authorized users - surveyors

Geodetic Data File

Descriptive Data File

Page 12: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

ON-LINE control of VGI (CAD) , XML

150 000 files were controlled

Page 13: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

New service -full electronic geometric plan

Page 14: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

All cadastral maps are administrated as vector cadastral maps

Number of cadastral units: 3559 (17 military areas)

1850 cadastral units in satisfactory quality

1692 cadastral units - unsatisfactory quality for the 21st century

Page 15: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

2018 - 2 cadastral units – mapping- pilot project in built-up area of the village

2019 - 5 cadastral units – mapping- in built-up area of the village

2019 -168 cadastral units - land consolidation - in non built-up area

2020 - 10 ?? - cadastral units -mapping

2040

Page 16: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89
Page 17: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

• Cadastral database is completely managed digitally

Agreement - can be made by everyone

Two options - paper form

- electronic form

Electronic form users - State authorities

Notaries

Law firms

Paper form users - Citizens of Slovakia

Real estate agencies ½

Banks ½

Page 18: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

4 500 000 paper ownership documents

collection of documents

New project from 2021 to 2036???

Page 19: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Improving data services

Quality of data

Cadastral data

Page 20: Budapest 8.5.-10.5.2019 Dušan Hanus...Project from 2017 to 2023 • airborne laser scanning • density min.15 points/m2 • m XY ≤ 0,50 m in ETRS89-TM34 • m h ≤ 0,11 m in ETRS89

Dušan Hanus [email protected]

Mária Frindrichová [email protected]

Michal Leitman [email protected]

Budapest 8.5.-10.5.2019