The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences. Vol. XXXVII. Part B4. Beijing 2008 
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j JMS 
SB 
I Add 
Ctrl-EA 
Save 
Ctrl+S 
Delete 
Del 
Update 
Ctrl+U 
Figure 10: Interface for query the registered 3D Cadastre 
object 
Figure 11 : Result from the query with the 
attribute information 
5. CONCLUDING REMARKS 
From the foregoing discussions it shows that the Integrated 3D 
Cadastre Model introduced in this paper which is basically 
expanded from the CCDM model can be realized on the big 
scale of 3D cadastre object registration for Malaysia. Three 
main classes in CCDM namely RegisterObject, Person and 
RRR have been transformed to suit with Malaysian cadastre 
system. In the proposed registration model, new class namely 
3D parcel has been derived from RegisterObject to hold 3D 
objects. The 3D parcel spatial is bound within 2D geometry and 
3D information. The registration of 3D objects is validated in 
the geo-DBMS. Oracle Spatial was used to store the cadastre 
dataset. The 3D object registered in the Oracle Spatial DBMS 
then queried using the simple interface and the both spatial and 
attribute information were displayed using Map 3D software. 
Beside that, simple data updating function has been developed 
(query tool). Even though this paper does not discuss the 
integration issues between two involved departments as 
mentioned in the previous section, but it shows the opportunity 
for an integrated Malaysian 3D Cadastre. 
ACKNOWLEDGEMENT 
Teknologi Malaysia (UTM) for providing us the research grant 
and maintaining well services for our research facilities needs. 
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We would like to convey our deepest acknowledgement firstly 
to my research supervisor Assoc. Prof. Dr. Alias Abdul Rahman 
for his excellent support. Secondly our warmest 
acknowledgement extents to Mr. Muhammad Imzan Hassan, 
Project Leader for E-Science MOSTI Research Project, Vot No. 
79234, entitle ‘Developing a Framework for 3D Cadastre 
System ” for covering the expenses for this conference. Last but 
not least our sincere appreciations to Ministry of Science, 
Technology and Innovations (MOSTI) and Universiti 
Stoter, J.E., M.A. Salzmann, P.J.M. van Oosterom and P. van 
der Molen (2002), Towards a 3D Cadastre, FIG XXII/ACSM- 
ASPRS, 19-26 April, 2002, Washington, USA. 
Stoter, J.E (2004), 3D Cadastre, PhD Thesis, 
International Institute for Geo-Information Science and 
Earth Observation (ITC), the Netherlands.