grouping. However, the proposed method, along with the use of
the Frequency Domain algorithm, represents a way to provide
an initial good estimate of the transformation between view
pairs, which can be further refined using another global
registration method, such the ICP.
ACKNOWLEDGEMENTS
This work was developed with the project “Techniques for
automatic processing of data acquired by integrated system"”
partly financed by MURST (Italian Ministry of University and
Research) in 2001 as project of relevant National interest.
National coordinator: Giorgio Manzoni, head of the Research
unit Antonio Vettore.
REFERENCES
[1] Johnson A. E. , 1997. Spin-Images: A Representation for 3D
Surface Matching. Ph. D. Thesis, CMU-RI-TR-97-47,
Carnegie Mellon University, Pennsylvania,USA.
[2] Vettore A., Guarnieri A., Crocetto N., 2001. Techniques for
3-D Object Automatic Modeling. Proc. of Optical 3-D
Measurements Techniques V, Vienna, Austria.
[3] Besl P. J., McKay N. D., 1992. A Method for Registration of
3D Shapes. IEEE Trans. on PAMI, 14(2): 239-256.
[4] Lucchese L., Cortelazzo G. M., Vettore A., 1997. Estimating
3D Rototranslations form Range Data by a Frequency
Domain Technique. Proceedings of Optical 3D
Measurement Techniques IV, Zuerich, Switzerland.
[5] Horn B. K. P., 1987. Close-form solution of absolute
orientation using unit quaternions. Journal of Optical
Society of America. A, 4(4):629-642.
—320—