Full text: ISPRS Hangzhou 2005 Workshop Service and Application of Spatial Data Infrastructure

ISPRS Workshop on Service and Application of Spatial Data Infrastructure, XXXVI (4/W6), Oct.14-16, Hangzhou, China 
254 
To these limitations above, the future work that will be done is 
as following. 
• The feature projected should be designed carefully and in 
detailed according to the different target antique. It is its 
size, its shape, its colour, its brightness and so on that 
should be considered entirely. It is a trial and error 
procedure. 
• The 3D model of the antique is acquired by the image data 
and the texture is achieved form relative images with no 
projected feature. 
• The 3D modelling of the complex target antique is divided 
into two main steps. The main body of the target antique 
is reconstructed first as a solid of rotation. Then, 
affiliation of the target antique is located onto the model 
of the main body. The latter is the key work of the next. 
To sum up, the future work is put forward for the next research 
on the basis of the approach and the algorithm proposed by the 
paper. 
REFERENCES 
Feng Wenhao, 2002. Close-Range Photogrammetry, Wuhan 
University Press, Wuhan, China. 
Li Deren, 1992. Analytical Photogrammetry, Wuhan 
University Press, Wuhan, China, pp. 26-33, pp. 59-61. 
Tao Jun, Jianqing Zhang, and Zuxun Zhang, 2004. Calibration 
of a Projector with a Planar Grid, ISPRS, Istanbul, Turkey. 
Wang Zhizhuo, 1990. Principles of Photogrammetry, 
Surveying and Mapping Press, Beijing, China. 
Zhang Jianqing, Jun Tao, Zuxun Zhang, 2003. A flexible 
technique for the slide projector calibration, Proceedings of 
SPIE - The International Society for Optical Engineering, 
Beijing, China, v 5286, n 1, pp. 187-190. 
Zhang Zhengyou, 1998. A Flexible New Technique for Camera 
Calibration, Technical Report, Microsoft Research, Redmond, 
WA 98052, USA. 
Zhang Zuxun, and Jianqing Zhang, 2000. Digital 
Photogrammetry, Wuhan University Press, Wuhan, China, pp. 
112-115. 
Zhang Zuxun, and Yongjun Zhang, 2002. Digital Camera 
Calibration Using 2D-DLT And Collinear Equation With Planar 
Scenes (in Chinese), Geomatics and Information of Wuhan 
University, 27(6), Wuhan, China.
	        
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