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Pizer S, K Siddiqi, G Székely, J Damon, S Zucker (2001).
Multiscale
Medial Loci and their Properties. IJCV Special UNC-MIDAG issue,
to appear.
Furst J and S Pizer (2001). Marching Ridges. IASTED International
Conference on Signal and Image Processing, 22-26.
Furst J and S Pizer (2001). Shape Analysis of Objects in 3D Images.
5th World Multiconference on Systemics, Cybernetics and Informatics,
SCI 2001, 6:289-292.
Furst J and S Pizer, "Optimal Parameter Ridges." to
appear, Journal of Visual Communication and Image Representation.
Furst JD, SM Pizer (1998). Marching optimal-parameter ridges:
an algorithm to extract shape loci in 3D images. In WM Wells,
A Colchester, S Delp, eds., Medical Image Computing and Computer-Assisted
Intervention- MICCAI '98. Lecture Notes in Computer Science 1496:
780-787, Springer, New York.
Pizer SM, Fritsch, DS, Low, KC, Furst, JD (1998). 2D & 3D
figural models of anatomic objects from medical images. Mathematical
Morphology and Its Applications to Image Processing, HJAM Heijmans,
JBTM Roerdink, eds. (invited paper, Proc. ISMM '98), Kluwer Computational
Imaging and Vision Series: 139-150. TR#98-005.
Furst J, RS Keller, JE Miller, SM Pizer (1997). Image loci are
ridges in geometric spaces. University of North Carolia at Chapel
Hill Department of Computer Science technical report number 96-046.
Scale-Space Theory in Computer Vision, Lecture Notes in Computer
Science. Springer 1252:176-187
Furst JD, SM Pizer, DH Eberly (1996). Marching cores: a method
for extracting cores from 3D medical images. University of North
Carolina Computer Science Department technical report TR96-003.
Proc. Conf. Mathematical Methods in Biomedical Image Analysis,
IEEE Catalog #96TB100056:124-130.
Pizer SM, D Eberly, BS Morse, D Fritsch (1995). Zoom-Invariant
Vision of Figural Shape: The Mathematics of Cores. University
of North Carolina technical report TR96-004. Computer Vision and
ImageUnderstanding, 69:55-71, 1998.
Morse, BS, SM Pizer, DT Puff, C Gu (1995). Zoom-invariant vision
of figural shape: effects on cores of image disturbances. University
of North Carolina technical report TR96-005. Computer Vision and
Image Understanding, 69:72-86, 1998.
Fritsch DS, D Eberly, SM Pizer, MJ McAuliffe (1994). Stimulated
Cores and their Applications in Medical Imaging. University of
North Carolina at Chapel Hill Department of Radiation Oncology
technical report. Information Processing in Medical Imaging 1995
(IPMI'95) 365-368.
Furst J and S Pizer. Marching Ridges. IASTED International Conference
on Signal and Image Processing, Hawaii, August 2001. 22-26.
Stetten GD, RN Landesman, Pizer SM (1997). "Core-Atoms and
the spectra of scale," SPIE Medical Imaging Conference, Feb.,
1997, 3034(2):642-652., also Technical Report TR97-006, University
of North Carolina, Department of Computer Science.
Liu A, SM Pizer, D Eberly, B Morse, J Rosenman, E Chaney, E Bullitt,
V Carrasco (1994). Volume registration using the 3D core.Visualization
in Biomedical Computing '94 SPIE 2659:217-226.
Furst JD, SM Pizer, DH Eberly (1996). Marching cores: a method
for extracting cores from 3D medical images. University of North
Carolina Computer Science Department technical report TR96-003.
Proc. Conf. Mathematical Methods in Biomedical Image Analysis,
IEEE Catalog #96TB100056:124-130.
McAuliffe M, D Eberly, DS Fritsch, EL Chaney, SM Pizer (1996).
Scale-space boundary evolution initialized by cores. Proc. Visualization
in Biomedical Computing, KH Höhne, R Kikinis, eds. Lecture
Notes in Computer Science, Springer, 1131:173-182.
Fritsch DS, EL Chaney, A Boxwala, MJ McAuliffe, S Raghavan, A
Thall, JRD Earnhart (1995). Core-based portal image registration
for automatic radiotherapy treatment verification. International
Journal of Radiation, Oncology, Biology, Physics.; special issue
on Conformal Therapy, 33(5):1287-1300, 1995.
Puff DT, D Eberly, SM Pizer (1994). Object-based interpolation
via cores. Medical Imaging '94: Image Processing, SPIE 2167:143-150.
Burbeck CA, SM Pizer (1994). Object representation by cores:
identifying and representing primitive spatial regions. University
of North Carolina Computer Science Department technical report
TR94-048. Vision Research, 35(13):1917-1930, 1995.
Fritsch DS, SM Pizer, EL Chaney, A Liu, S Raghavan, T Shah (1994).
Cores for image registration",Proc. SPIE Medical Imaging
'94: Image Processing, 2167, 128-142, 1994.
Pizer SM, CA Burbeck (1994). Cores as the basis for object vision
in medical images. Proc. SPIE Medical Imaging '94: Image Perception,
Modeling the Human Observer, 2166:191-198, 1994.
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