|
 |
 Tutorial
 |
Tutorial I – 05/29/2007 |
Multispectral Imaging
-Fundamentals and Applications- |
| Dr. Yoichi Miyake |
In this tutorial seminar, fundamentals of multispectral imaging and its practical applications to endoscope, scanner, digital museum, E-commerce and printing are introduced and described for beginners as following contents.
| |
1. |
Why Multispectral Imaging? |
| |
2. |
Development of Spectral Endoscopes |
| |
3. |
Development of Multispectral Scanner |
| |
4. |
Goniospectral Imaging for Recording of 3D Object |
| |
5. |
Applications to Internet Museum and E-commerce |
| |
6. |
Applications to Spectral Printing |
 |
Tutorial II – 05/29/2007 |
| Device Modeling Methods for Spectral Reproduction Systems |
| Dr. Di-Yuan Tzeng |
This tutorial topic will address on introductions of the techniques of analytical and statistical modeling methods for the multi-spectral color reproduction systems. The content will span the modeling methods for multi-channel acquisitions and multi-primary printing processes to construct an end-to-end imaging device which is capable of minimizing metamerism between the original and reproduction. The list of the content is shown at below:
| |
1. |
Introduction |
| |
Problem definitions
Viable Solutions |
| |
2. |
Spectral Acquisition (camera modeling) |
| |
Multi-channel camera capture |
| |
3. |
Spectral Output systems |
| |
(halftone and continuous tone printer modeling) |
| Neugebauer |
| Kubelka-Munk |
| |
4. |
Mathematical and Statistical Modeling for Spectral Imaging |
| |
PCA |
| Spectral encoding using metameric black |
| Empirical regression modeling |
|
