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The technology is very promising, however the costs related to such complete solutions is still limiting its exploitation for made-to-measure applications.

5. CONCLUSION

In this paper was presented an overview of the different 3D digitization technologies used to measure the surface of the human body. A special interest was given to practical examples of the commercial exploitation of human body digitization with applications to the fashion and apparel industry.

REFERENCES

1. Vitronic GmbH, http://www.vitronic.com

2. Cyberware Inc., http://www.cyberware.com

3. Vorum Research Corp., http://www.vorum.com

4. InSpeck Inc., http://www.inspeck.com

5. Breuckmann GmbH, http://www.breuckmann.com

6. IVB GmbH Jena, http://www.ivb-jena.de

7. Human Solutions GmbH, http://www.human-solutions.de

8. Singular Inversions, http://www.facegen.com

9. N. D'Apuzzo, “Intellifit revolutionary full body scanner”, Human Body Measurement Newsletter 1(1), April 2005, http://www.homometrica.ch/en/newsletter.html

10. B. Büttgen et al., “High-speed and high-sensitive demodulation pixel for 3D imaging”,

in: Corner, B.D., Li, P., Tocheri M. (Eds.), Three-Dimensional Image Capture and Application VII,
Proc. of SPIE-IS&T Electronic Imaging, SPIE Vol. 6056, San Jose (CA), USA, 2006.

11. E-Measurement Solutions Ltd., http://www.e-tape.co.uk

12. Wicks and Wilson Ltd., http://www.wwl.co.uk

13. Assyst-Bullmer GmbH, http://www.assyst-bullmer.com

14. OptiTex International Ltd., http://www.optitex.com

15. Stellure Ltd., http://www.stellure.com

16. Visionix, “Visionix 3D iView”, Human Body Measurement Newsletter 1(2), September 2005,
http://www.homometrica.ch/en/newsletter.html


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