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Extended Gaussian Images,
PIEEE(72), No. 12, December 1984, pp. 1656-1678.
BibRef
8412
Earlier:
DARPA84(72-89).
BibRef
And:
MIT AI Memo-740, July 1983.
More than you ever want to know. Definitions, properties, and examples.
Spherical mapping of all surface normals for convex closed objects.
BibRef
Yang, H.S., and
Kak, A.C.,
Determination of the Identification, Position and Orientation
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Elsevier DOI
PDF File.
BibRef
8611
Earlier:
Determination of the Identity, Position and Orientation
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CVWS85(38-48).
Uses the EGI representation, and finds surfaces based on histograms
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BibRef
Roach, J.W.,
Paripati, P.K., and
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A CAD System Based on Spherical Dual Representations,
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CVPR86(236-241).
Descriptions, CAD. The message is not to use Gaussian Spheres, they are a pain.
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Horn, B.K.P.[Berthold K.P.], and
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The Mechanical Manipulation of Randomly Oriented Parts,
SciAmer(251), No. 2, August 1984, pp. 100-111.
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And:
Picking Parts out of a Bin,
MIT AI Memo-746, October 1983.
The paper is about all the Gaussian sphere, needle diagrams,
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BibRef
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9307
Earlier:
Determining 3-D Object Pose Using the Complex Extended Gaussian Image,
CVPR91(580-585).
IEEE DOI
Award, CVPR.
BibRef
And:
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CMU-RI-TR-90-18, CMU Robotics Institute, October 1990.
PS File. Decouple orientation and translation into two problems and use a
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Extended Gaussian Image.
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MIT AI Memo-714, April 1983.
WWW Link.
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Springer DOI
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IEEE DOI
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BibRef
8803
Earlier:
The CSG-EESI Scheme for Representing Solids and a
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CVPR85(124-129). (Simon Fraser Univ.)
Constructive Solid Geometry - Enhanced Extended Spherical Image.
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Elsevier DOI
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Earlier:
Intrinsic and Extrinsic Surface Characteristics,
CVPR85(226-234). (Univ. of Michigan)
Recognize Three-Dimensional Objects. General discussion of characteristics in 3-D data
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A more complete
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CVGIP(31), No. 2, August 1985, pp. 248-260.
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8508
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IEEE DOI
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9503
Earlier:
3D Reconstruction as an Automatic Modeling System,
Ph.D.Univ. of Alberta, 1992.
BibRef
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Directional boundary of surfaces, deals with inside/outside.
See also Representing Oriented Piecewise C^2 Surfaces. and
See also Extended Gaussian Images. and
See also Orientation-Based Differential Geometric Representations for Computer Vision Applications.
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Partial integrability in surface reconstruction from a given gradient
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ICIP02(II: 525-528).
IEEE DOI
0210
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0407
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0605
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Measurement, Surface reconstruction, Geometry, Estimation,
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geometry, image reconstruction, stereo image processing,
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Das, P.[Partha],
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WWW Link.
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Intrinsic Point Cloud Interpolation via Dual Latent Space Navigation,
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Single Image Intrinsic Decomposition with Discriminative Feature
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PBDL19(4310-4319)
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1409
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ACPR13(100-104)
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image colour analysis
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Unfolding warping for object recognition,
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0706
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Spherical-Homoscedastic Shapes,
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0710
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Intrinsic Images by Fisher Linear Discriminant,
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CIARP07(321-330).
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Kuparinen, T.[Toni],
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On Surface Topography Reconstruction from Gradient Fields,
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IEEE DOI
0709
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Detection and Localization of the Top Object in the Stack of Objects,
ISVC06(II: 116-125).
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Modeling 3D Objects from Stereo Views and Recognizing Them in
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ECCV06(II: 563-574).
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PDF File.
0608
3D object models consisting of dense assemblies of small surface
patches and affine-invariant descriptions of the corresponding texture
patterns from a few (7 to 12) stereo pairs
Data:
See also University of Illinois Datasets.
BibRef
Rao, A.R.[A. Ravishankar],
Cecchi, G.[Guillermo],
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Evaluation of the Effect of Input Stimuli on the Quality of Orientation
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SCIA05(810-820).
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0506
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Train view based with fewer models.
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Pictorial techniques and intrinsic images,
3DPVT04(706-706).
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3D Shape from Unorganized 3D Point Clouds,
ISVC05(621-629).
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0512
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3DPVT04(743-750).
IEEE DOI
0412
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Conformal method for quantitative shape extraction:
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Shape Invariants and Principal Directions from 3D Points and Normals,
WSCG02(537).
HTML Version.
0209
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Kamberov, G.[George],
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Recovering Surfaces from the Restoring Force,
ECCV02(II: 598 ff.).
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0205
Recover features and the surface from Gaussian Map.
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Little, J.J.[James J.],
Determining Object Attitude from Extended Gaussian Images,
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Introduction to how to use the EGI.
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Little, J.J.,
An Interative Method for Reconstructing Convex Polyhedra from
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AAAI-83(247-250).
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Rachidi, T.,
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The Gaussian Sphere: A Unifying Representation of Surface Orientation,
DARPA80(157-160).
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Spherical Representations: from EGI to SAI,
ORCV94(327-345).
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9412
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And:
CMU-CS-TR-95-197, October 1995.
Spherical Attribute Image
PS File.
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Moni, S.,
A closed-form solution for the reconstruction of a convex polyhedron
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ICPR90(I: 223-226).
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Wang, Y.F.,
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A New Method for Computing Intrinsic Surface Properties,
CVPR89(235-240).
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Smith, D.A.[David A.],
Using Enhanced Spherical Images for Object Representation,
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Brown, C.M.,
Representing the Orientation of Dendritic Fields with
Geodesic Tessellations,
Univ. of RochesterTR-13, 1977.
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Chapter on 3-D Object Description and Computation Techniques, Surfaces, Deformable, View Generation, Video Conferencing continues in
Generalized Cylinders, Medial Axis Descriptions .