The Implementation Of Ladm Versionedobject Class For Representing Spatio-Temporal Of Cadastre 4d Objects


  • Miranty N. Sulistyawati Universitas Gadjah Mada
  • Trias Aditya Universitas Gadjah Mada
  • Purnama B Santosa Universitas Gadjah Mada



Kadaster 3D dan 4D, VersionedObject, LADM, penyajian data, sistem informasi pertanahan


Abstract: Spatial representations and ownerships of 3D properties change over time. Changes are recorded as historical data of transactions, adding the dimension of 3D spatial data into 4D data, known as Cadastre 4D. Spatial representations of 3D properties are prone to disputes when the shape and dimensions representing ownership changes do not match with the reality. This paper focuses in assessing visualizations of 4D cadastre objects applying VersionedObject class stated in the International Standard of Land Administration Domain Model (ISO 19152:2012). Based on the analysis on the current strata title ownership registration implemented in Indonesia’s land Information System (known as KKP), a model of 4D spatial data that f its to the administration system in Indonesia was developed. Visualization of 4D cadastre objects applied in this research is suited to VersionedObject class LADM and presented on the web to represent changes of 3D geometry boundaries over time.
Keywords: Cadastre 3D and 4D, VersionedObject, LADM, data presentation, land information system

Intisari: Penyajian spasial dan kepemilikan properti 3D mengalami perubahan dari waktu ke waktu. Perubahan dicatat sebagai data historis transaksi, dengan menambahkan dimensi data spasial 3D ke dalam data 4D, yang dikenal sebagai Kadaster 4D. Representasi spasial properti 3D rentan terhadap sengketa ketika bentuk dan dimensi yang mewakili perubahan kepemilikan tidak sesuai dengan kenyataan. Paper ini berfokus pada visualisasi data spasial obyek kadaster 4D dengan menerapkan kelas VersionedObject LADM (ISO 19152:2012). Berdasarkan analisis pada pendaftaran kepemilikan atas satuan rumah susun terkini yang telah diterapkan di Sistem Informasi Tanah Indonesia (dikenal sebagai KKP), telah dikembangkan model data spasial 4D yang sesuai dengan sistem administrasi di Indonesia. Visualisasi objek kadaster 4D yang digunakan dalam penelitian ini sesuai dengan kelas VersionedObject LADM dan disajikan di web untuk mewakili perubahan batas geometri 3D dari waktu ke waktu.
Kata Kunci: Kadaster 3D dan 4D, VersionedObject, LADM, penyajian data, sistem informasi pertanahan


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Aditya, T., Subaryono, Waljiyanto, Istarno, Raharja, U., Diyono, … Iswanto, F. 2009, 'Understanding the Urgency for 3D Cadastre in Indonesia: Development & Visualization of a Hybrid 3D Cadastre Model', 10th South East Asian Survey Congress, 5.
BPN RI 2012, Layanan Pertanahan, Jakarta.
Döner, F., Thompson, R., Stoter, J., Lemmen, C., Ploeger, H., van Oosterom, P., & Zlatanova, S, 2011, 'Solutions for 4D cadastre - with a case study on utility networks', International Journal of Geographical Information Science, 25(7), 1173–1189.
FIG, 2014, 'Cadastre 2014 and Beyond. Copenhagen: International Federation of Surveyor (FIG)',Copenhagen.
Heliani, L. S., & Widjadjanti, N., 2015, 'Observation for 3D Mapping Research Excellence in UGM (Observation of GNSS on Each Apartment in Sleman Regency)',.
ISO 19152, 2012 – 'the Land Administration Domain Model'.
Lemmen, C., 2012, ' A Domain Model for Land Administration', TU Delft (Vol. 78).
Oosterom, P. Van, & Lemmen, C., 2015, 'The Land Administration Domain Model (LADM): Motivation, standardisation, application and further development'. Land Use Policy, 49, 527–534.
Oosterom, P. Van, Ploeger, H., Stoter, J., Thompson, R., & Lemmen, C., 2006, 'Aspects of a 4D Cadastre: A First Exploration', 1–23.
Page, R., 2015, 'Visualising Geophylogenies in Web Maps Using GeoJSON', PLoS Currents, 7.
Stoter, J. E., 2013, '3D Cadastre', Fig Ladm 2013, (July), 47–48.
Stoter, J. E., Salzmann, M. A., & Molen, P. Van Der, 2002, 'Towards a 3D cadastre', Proceedings: FIG, ACSM …, 1–12.
Sucaya, A, '2009', 'Application and validation the land administration domain model in real life situation (a case study in Indonesia)', Thesis, 92.
Thompson, R., & Oosterom, P. Van., 2015, 'A Taxonomy of Spatial Units in a Mixed 2D and 3D Cadastral Database A Taxonomy of Spatial Units in a Mixed 2D and 3D Cadastral Database', (May), 17–21.