Figure 9 3D relics model using the automatic appreciation system 
P2-2-4 
6 CONCLUSION 
Figure 8 Flow of the automatic appreciation system 
(a) Rotate to 45° up, and 45° left 
The application of the artificial retina camera to digital 
photogrammetry was investigated using the CCD 
camera (XC-75) in this paper. The simple experiment 
result shows that accuracy for the artificial retina 
camera is low value due to its low resolution. However, it 
will become possible to obtain high accuracy by 
improvement of resolution. 
Furthermore, real-time image processing can be 
performed by the artificial retina camera. It is concluded 
tjiat utilization of the artificial retina camera is expected 
to become useful tool in various real-time photogrammetric 
fields such as industry, medical, security, robot vision and so on. 
On the other hand, the automatic appreciation system 
assumed the artificial retina camera was developed and 
the effectiveness of this system for virtual archeological 
museum was demonstrated. 
REFERENCES 
Yamada, N., Chikatsu, H., Anai, T., 1998. On the Application of 
CMOS Image Sensor to Digital Photogrammetry. International 
Archives of Photogrammetry and Remote Sensing, Vol.XXXII, 
Part 5, pp. 185-188. 
Chikatsu, H., Anai, T., 1998. Relics Modeling and Visualization 
in Virtual Environment. International Archives of 
Photogrammetry and Remote Sensing, Vol.XXXII, Part 5, 
pp.528-532. 
(b) Rotate to 45° up, and 45° right 
(c) Rotate to 45° down, and 45° left 
(d) Rotate to 45° down, and 45° right