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C3M
Inverse
(loc) IOptLib Igor
Grešovnik (official)
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This page contains a number of useful links that are close to my work or personal interest. I hope it will be useful for you, too. Send comments and suggestions for improvements to igor_@c3m.si (without underscores!).
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The Stony Brook Algorithm
Repository
- Collection of fundamental algorithms
A
Simple Algorithm for Nearest Neighbour Search in High Dimensions, S.
A.
Nene and S. K. Nayar, II-MM
- Exhaustive about Nene's search algorithm. 38 pages. - on
the
web
A
Simple Algorithm for Nearest Neighbour Search in High Dimensions, S.
A.
Nene and S. K. Nayar, II-MM
- related to previous, less exhaustive. A particular search
problem (I
think it's not the same as general
one). - on
the
web
Closest Point Search in High Dimensions, S.
A.
Nene and S. K. Nayar, II-MM
- A particular search problem - Similar as previous one (I think
it's
not the same as general case). - on
the
web
A
Simple Algorithm for High Dimensional Search, S.
A.
Nene and S. K. Nayar, II-MM
- Also similar as previous ones. - on
the
web
Parametric
Feature Detection,
E. Hadjidemetriou, M. Grossberg and S. K. Nayar II-MM
- There is also something on closest point search. - on
the
web
===========
A
Fast Algorithm for Computing the Closest Point and Distance
Transform;
Sean Mauch - on
the
web
Closest
Point Search in Lattices; Erik Agrell, Thomas Eriksson,
Alexander
Vardy, Kenneth Zeger. -
on the web
Fast Geometric Matching for Shape
Registration; problem of the
registration, or geometric
matching, of 3D datasets
(correct relative alignment, closest
point
correspond.) - on
the
web
Robust
registration
of 2D and 3D point sets,
Image and Vision Computing, Volume 21, Issues 13-14,
Andrew W. Fitzgibbon
Simultaneous Registration of
Multiple Range Views Satisfying Global Consistency Constraints
For Use
In revese Engineering; D.W. Eggert, A. W. Fitzgibbon,
R.B.
Fischer. Reverse Engineering-
reconstruction of object shape from a set of points, zanimivo. - on
the web
3D
Vision - nekaj podobnega, kot bi rabil za shape fitting
Newton methods for
parametric surface registration. Part II. Experimental
validation,
Thomas M. Tucker and Thomas R. Kurfess
,
Computer-Aided Design, Volume 35, Issue 1,
A unified non-rigid feature
registration
method for brain mapping, Haili
Chui,
Larry Win, Robert Schultz, Jim Duncan and Anand Rangarajan,
Medical
Image Analysis (in press), 2002 - on
the
web.
A new algorithm for non-rigid point matching, Haili Chui and Anand Rangarajan, IEEE Conference on Computer Vision and Pattern Recognition (CVPR), (accepted), 2000 - on the web.
The Trimmed Iterative Closest Point
algorithm; D. Chetverikov, D. Svirko, and D. Stepanov,
Pavel
Krsek - Alignment of Two
Partially overlaping sets of points
A method of automated landmark generation for automated 3D PDM
construction,
Image and Vision Computing, Volume 18, Issue 9,
A
Fast Marching Method of Computing Closest Points -
(?)
Nepregledano.
Computational Geometry: Nearest Neighbor Problem; Aristides Gionis: Lecture Notes:- (?) - samo nacelen oris ideje, Mogoce izhodisce za naprej..
Dynamic Triangulations for Efficient
3D Simulation of Granular Materials,
Jean-Albert
FERREZ (Ph.D. Thesis) - Discrete elements, also about delaunay
triangularization. - on
the web;
Other useful
information
Links - Delaunay
triangulariyation
Geometry
in Action
- An exhaustive set of geometry links!!!
Procedure for Contact
detection in Discrete Element Analysis; X. L. Liu, J.
V.
Lemos. (from Science Direct) - Ni zelo koristen.
The Stony Brook Algorithm
Repository
- Collection of fundamental algorithms
Links to my software:
Columbia Automated
Vision
Environment - A laboratory for computer
vision,
inlcudes useful computational geometriy papers and links
Search engines (when even
the
Wikipedia does not hold the information you are looking for):
Maps, etc.:
Under
Construction.
Please return later when I add more links.
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