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Computer Vision, IEEE International Conference on (1998)
Bombay, India
Jan. 4, 1998 to Jan. 7, 1998
ISBN: 81-7319-221-9
TABLE OF CONTENTS
Introduction
Foreword (PDF)
pp. v
pp. viii
1.1 Images from Images
P. J. Narayanan , Centre for Artificial Intelligence & Robotics
Peter W. Rander , Carnegie Mellon University
Takeo Kanade , Carnegie Mellon University
pp. 3
Yakup Genc , University of Illinois at Urbana-Champaign
Jean Ponce , University of Illinois at Urbana-Champaign
pp. 11
Steven M. Seitz , University of Wisconsin at Madison
Kiriakos N. Kutulakos , University of Rochester
pp. 17
Geoffrey Cross , University of Oxford
Andrew Zisserman , University of Oxford
pp. 25
1.2 New Sensors
Simon Baker , Columbia University
Shree K Nayar , Columbia University
pp. 35
Jean-Yves Bouguet , California Institute of Technology
Pietro Perona , California Institute of Technology and Università di Padova
pp. 43
1.3 Applications
W. J. Niessen , University Hospital Utrecht
K. L. Vincken , University Hospital Utrecht
J. Weickert , University Hospital Utrecht
M. A. Viergever , University Hospital Utrecht
pp. 53
Yossi Rubner , Stanford University
Carlo Tomasi , Stanford University
Leonidas J. Guibas , Stanford University
pp. 59
T. Tuytelaars , Katholieke Universiteit Leuven
L. Van Gool , Katholieke Universiteit Leuven
M. Proesmans , Katholieke Universiteit Leuven
T. Moons , Katholieke Universiteit Leuven
pp. 67
Andres Huertas , University of Southern California
Ramakant Nevatia , University of Southern California
pp. 73
1.4 Self-Calibrations
Tomáš Brodský , University of Maryland at College Park
Cornelia Fermüller , University of Maryland at College Park
Yiannis Aloimonos , University of Maryland at College Park
pp. 83
Radu Horaud , GRAVIR-IMAG & INRIA Rhöne-Alpes
Gabriella Csurka , GRAVIR-IMAG & INRIA Rhöne-Alpes
pp. 96
2.1 Tracking
Michael Isard , University of Oxford
Andrew Blake , University of Oxford
pp. 107
Douglas DeCarlo , University of Pennsylvania
Dimitris Metaxas , University of Pennsylvania
pp. 113
Yaser Yacoob , University of Maryland at College Park
Michael J Black , Xerox Palo Alto Research Center
pp. 120
Tony Jebara , Massachusetts Institute Technology
Kenneth Russell , Massachusetts Institute Technology
Alex Pentland , Massachusetts Institute Technology
pp. 128
2.2 Recognition
Haim Schweitzer , University of Texas at Dallas
pp. 139
Margrit Betke , Boston College
Nicholas C. Makris , Massachusetts Institute of Technology
pp. 145
2.3 Color
Shashi D. Buluswar , University of Massachusetts at Amherst
Bruce A. Draper , Colorado State University
pp. 171
Bilinear Voting (Abstract)
Guillermo Sapiro , University of Minnesota
pp. 178
2.4 Tracking, Low Level Vision, and Registration
Patrick C. Teo , Stanford University
Yacov Hel-Or , Hewlett-Packard Israel Science Center
pp. 187
Ping Liang , University of California at Riverside
Y.F. Wang , University of California at Santa Barbara
pp. 193
A.P. Ashbrook , University of Edinburgh
R.B. Fisher , University of Edinburgh
C. Robertson , University of Edinburgh
N. Werghi , University of Edinburgh
pp. 201
David H. Marimont , Xerox Palo Alto Research Center
Yossi Rubner , Stanford University
pp. 207
Kaleem Siddiqi , Yale University
Allen Tannenbaum , University of Minnesota
Steven W. Zucker , Yale University
pp. 215
Kaleem Siddiqi , Yale University
Ali Shokoufandeh , Rutgers University
Sven J. Dickinson , Rutgers University
Steven W. Zucker , Yale University
pp. 222
Cordelia Schmid , INRIA Rhöne-Alpes
Roger Mohrand , INRIA Rhöne-Alpes
Christian Bauckhage , INRIA Rhöne-Alpes
pp. 230
John Haddon , University of California at Berkeley
David Forsyth , University of California at Berkeley
pp. 236
Chu-Song Chen , Academia Sinica
Yi-Ping Hung , Academia Sinica
Jen-Bo Cheng , National Taiwan University
pp. 242
Bernt Schiele , Massachusetts Institute of Technology
James L. Crowley , Institute IMAG
pp. 249
A. Banerjee , University of Maryland at College Park
P. Burlina , University of Maryland at College Park
F. Alajaji , Queen's University
pp. 255
G. Simon , CRIN-CNRS & INRIA Lorraine
M.-O. Berger , CRIN-CNRS & INRIA Lorraine
pp. 261
Jan Puzicha , Institut für Informatik III
Joachim M. Buhmann , Institut für Informatik III
pp. 267
Paul L. Rosin , Brunel University
pp. 274
Robert Laganière , University of Ottawa
pp. 280
Mark W. Powell , University of South Florida
Kevin W. Bowyer , University of South Florida
Xiaoyi Jiang , University of Bern
Horst Bunke , University of Bern
pp. 286
Patrick C. Teo , Stanford University
Guillermo Sapiro , University of Minnesota
Brian Wandell , Stanford University
pp. 292
R.N. Rohling , University of Cambridge
A.H. Gee , University of Cambridge
L. Berman , Addenbrooke's Hospital
pp. 298
R. Malladi , Lawrence Berkeley National Laboratory and University of California at Berkeley
J.A. Sethian , Lawrence Berkeley National Laboratory and University of California at Berkeley
pp. 304
H. Delingette , INRIA Sophia-Antipolis
pp. 311
G.J. Edwards , University of Manchester
C.J. Taylor , University of Manchester
T.F. Cootes , University of Manchester
pp. 317
B. Bascle , University of Oxford
A. Blake , University of Oxford
pp. 323
Andrew D. Wilson , Massachusetts Institute of Technology
Aaron F. Bobick , Massachusetts Institute of Technology
pp. 329
Sumit Basu , Massachusetts Institute of Technology
Nuria Oliver , Massachusetts Institute of Technology
Alex Pentland , Massachusetts Institute of Technology
pp. 337
Tony Heap , University of Leeds
David Hogg , University of Leeds
pp. 344
J. Fernyhough , University of Leeds
A. G. Cohn , University of Leeds
D. C. Hogg , University of Leeds
pp. 350
Q. Cai , University of Texas at Austin
J.K. Aggarwal , University of Texas at Austin
pp. 356
Christian Vogler , University of Pennsylvania
Dimitris Metaxas , University of Pennsylvania
pp. 363
Robert Kaucic , University of Oxford
Andrew Blake , University of Oxford
pp. 370
Fang Liu , Massachusetts Institute of Technology
Rosalind W. Picard , Massachusetts Institute of Technology
pp. 376
Ben North , University of Oxford
Andrew Blake , University of Oxford
pp. 384
John MacCormick , University of Oxford
Andrew Blake , University of Oxford
pp. 390
A. Caunce , University of Manchester
C. J. Taylor , University of Manchester
pp. 402
Gary Jacob , Oxford University
J. Alison Noble , Oxford University
Andrew Blake , Oxford University
pp. 408
Marie-Pierre Dubuisson-Jolly , Siemens Corporate Research
Cheng-Chung Liang , Siemens Corporate Research
Alok Gupta , Siemens Corporate Research
pp. 414
Samuel D. Fenster , Columbia University
John R. Kender , Columbia University
pp. 420
B.C. Vemuri , University of Florida
Y. Guo , University of Florida
pp. 427
Yu Zhong , Michigan State University
Anil K. Jain , Michigan State University
Marie-Pierre Dubuisson-Jolly , Siemens Corporate Research
pp. 440
Yaser Yacoob , University of Maryland at College Park
Larry Davis , University of Maryland at College Park
pp. 446
Bernard Baldwin , New York University
Davi Geiger , New York University
Robert Hummel , New York University
pp. 460
3.1 Multiple Views
Richard I Hartley , G.E. Corporate Research and Development
pp. 469
O. Faugeras , INRIA Sophia Antipolis
T. Papadopoulo , INRIA Sophia Antipolis
pp. 477
Sébastien Roy , NEC Research Institute
Ingemar J. Cox , NEC Research Institute
pp. 492
3.2 Recovery
R. Mandelbaum , Sarnoff Corporation
G. Kamberova , University of Pennsylvania
M. Mintz , University of Pennsylvania
pp. 503
Steve Sullivan , University of Illinois at Urbana-Champaign
Jean Ponce , University of Illinois at Urbana-Champaign
pp. 510
Richard Szeliski , Microsoft Research
Polina Golland , Massachusetts Institute of Technology
pp. 517
3.3 Multi-View, Geometry, Indexing and Recognition
B. Krebs , Technical University Braunschweig
B. Korn , Technical University Braunschweig
M. Burkhardt , Technical University Braunschweig
pp. 527
Mark S. Drew , Simon Fraser University
Jie Wei , Simon Fraser University
Ze-Nian Li , Simon Fraser University
pp. 533
Ronen Basri , Weizmann Institute of Science
Yael Moses , Weizmann Institute of Science
pp. 541
Zili Liu , NEC Research Institute
Daniel Kersten , University of Minnesota
pp. 549
Constantine P. Papageorgiou , Massachusetts Institute of Technology
Michael Oren , Massachusetts Institute of Technology
Tomaso Poggio , Massachusetts Institute of Technology
pp. 555
Benoit Huet , University of York
Edwin R. Hancock , University of York
pp. 563
Qing Yang , Chinese Academy of Sciences
Song De Ma , Chinese Academy of Sciences
pp. 570
T. Gevers , University of Amsterdam
A.W.M. Smeulders , University of Amsterdam
pp. 576
Haim Schweitzer , University of Texas at Dallas
pp. 582
Ali Shokoufandeh , Rutgers University
Ivan Marsic , Rutgers University
Sven J. Dickinson , Rutgers University
pp. 588
David W. Jacobs , NEC Research Institute
Daphna Weinshall , Hebrew University
Yoram Gdalyahu , Hebrew University
pp. 596
Jing Huang , Cornell University
S Ravi Kumar , Cornell University
Mandar Mitra , Cornell University
Wei-Jing Zhu , Cornell University
pp. 602
S. Ravela , University of Massachusetts at Amherst
R. Manmatha , University of Massachusetts at Amherst
pp. 608
Randal C. Nelson , University of Rochester
Andrea Selinger , University of Rochester
pp. 614
A. L. Yuille , Smith-Kettlewell Eye Research Institute
D. Snow , Smith-Kettlewell Eye Research Institute
M. Nitzberg , Blindsight Corp.
pp. 628
George Bebis , University of Nevada
Michael Georgiopoulos , University of Central Florida
Mubarak Shah , University of Central Florida
Niels da Vitoria Lobo , University of Central Florida
pp. 634
A.N. Rajagopalan , Indian Institute of Technology
K. Sunil Kumar , Indian Institute of Technology
Jayashree Karlekar , Indian Institute of Technology
R. Manivasakan , Indian Institute of Technology
M. Milind Patil , Indian Institute of Technology
U. B. Desai , Indian Institute of Technology
P. G. Poonacha , Indian Institute of Technology
S. Chaudhuri , Indian Institute of Technology
pp. 640
Face Surveillance (Abstract)
Srinivas Gutta , George Mason University
Jeffrey Huang , George Mason University
Vishal Kakkad , George Mason University
Harry Wechsler , George Mason University
pp. 646
Ali Reza Mirhosseini , University of Sydney
Hong Yan , University of Sydney
Catherine Chen , Motorola Australia Software Centre
Tuan Pham , University of Canberra
pp. 652
Michael J. Black , Xerox Palo Alto Research Center
David J. Fleet , Queen?s University
Yaser Yacoob , University of Maryland at College Park
pp. 660
Y. Sumi , Electrotechnical Laboratory
Y. Kawai , Electrotechnical Laboratory
T. Yoshimi , Electrotechnical Laboratory
F. Tomita , Electrotechnical Laboratory
pp. 668
Serge Belongie , University of California at Berkeley
Chad Carson , University of California at Berkeley
Hayit Greenspan , University of California at Berkeley
Jitendra Malik , University of California at Berkeley
pp. 675
Michael J. Jones , Massachusetts Institute of Technology
Tomaso Poggio , Massachusetts Institute of Technology
pp. 683
Cornelia Fermüller , University of Maryland at College Park
Yiannis Aloimonos , University of Maryland at College Park
pp. 689
Daniel D Morris , Carnegie Mellon University
Takeo Kanade , Carnegie Mellon University
pp. 696
S. J. Maybank , University of Reading
A. Shashua , Hebrew University of Jerusalem
pp. 703
Jorge Batista , University of Coimbra
Helder Araújo , University of Coimbra
A. T. de Almeida , University of Coimbra
pp. 709
Jun Sato , University of Cambridge
Roberto Cipolla , University of Cambridge
pp. 715
Phil Torr , Oxford University
Andrew Zisserman , Oxford University
pp. 727
Phil Torr , Oxford University
Andrew Zisserman , Oxford University
pp. 733
Sven Utcke , University of Technology in Hamburg-Harburg
pp. 739
L. de Agapito , University of Oxford
D. Q. Huynh , Signal Processing Research Institute
M.J. Brooks , Signal Processing Research Institute
pp. 747
Philip Pritchett , Oxford University
Andrew Zisserman , Oxford University
pp. 754
Qifa Ke , Chinese Academy of Sciences
Gang Xu , Ritsumeikan University
Song De Ma , Chinese Academy of Sciences
pp. 767
Zhengyou Zhang , INRIA and ATR Human Information Processing Research Laboratories
pp. 772
Long Quan , CNRS-GRAVIR-INRIA, ZIRST
Zhongdan Lan , CNRS-GRAVIR-INRIA, ZIRST
pp. 778
Zhengyou Zhang , ATR Human Information Processing Research Laboratories and INRIA
Katsunori Isono , ATR Human Information Processing Research Laboratories
Shigeru Akamatsu , ATR Human Information Processing Research Laboratories
pp. 784
3.4 Grouping and Representation
D. Ziou , Université de Sherbrooke
pp. 799
Chhandomay Mandal , University of Florida
Baba C Vemuri , University of Florida
Hong Qin , University of Florida
pp. 805
Radim Šára , University of Pennsylvania
Ruzena Bajcsy , University of Pennsylvania
pp. 811
Chi-Keung Tang , University of Southern California
Gérard Medioni , University of Southern California
pp. 818
4.1 Image Description and Processing
Zhibin Lei , Bell-Labs, Lucent Technologies
Tolga Tasdizen , Brown University
David B Cooper , Brown University
pp. 827
Peter J. Giblin , University of Liverpool
Guillermo Sapiro , University of Minnesota
pp. 833
C. Tomasi , Stanford University
R. Manduchi , Apple Computer, Inc.
pp. 839
Song Chun Zhu , Stanford University
David Mumford , Brown University
pp. 847
4.2 Stereo, Robot Vision, Shape, Mosaics
P. Remagnino , University of Reading
T. Tan , University of Reading
K. Baker , University of Reading
pp. 857
Ronen Basri , Weizmann Institute of Science
Ehud Rivlin , Israel Institute of Technology
Ilan Shimshoni , Israel Institute of Technology
pp. 863
Garbis Salgian , University of Rochester
Dana H Ballard , University of Rochester
pp. 876
Keisuke Kinoshtia , ATR Human Information Processing Laboritories
Michael Lindenbaum , Israel Institute of Technology
pp. 883
M. Yeasin , Bangladesh Institute of Technology
S. Chaudhuri , Indian Institute of Technology
pp. 889
Kishore Bubna , Rensselaer Polytechnic Institute
Charles V. Stewart , Rensselaer Polytechnic Institute
pp. 895
N. J. Ferrier , University of Wisconsin-Madison
pp. 903
Colin Davidson , University of Oxford
Andrew Blake , University of Oxford
pp. 911
Mark D. Wheeler , Apple Computer Inc.
Yoichi Sato , University of Tokyo
Katsushi Ikeuchi , University of Tokyo
pp. 917
Zoran Duric , George Mason University and University of Maryland at College Park
Ehud Rivlin , University of Maryland at College Park and Israel Institute of Technology
Azriel Rosenfeld , University of Maryland at College Park
pp. 925
E. Mémin , Valoria/Université de Bretagne Sud
P. Pérez , IRISA/INRIA
pp. 933
B. Rousso , Hebrew University of Jerusalem
S. Peleg , Hebrew University of Jerusalem
I. Finci , Hebrew University of Jerusalem
A. Rav-Acha , Hebrew University of Jerusalem
pp. 945
Michal Irani , Weizmann Institute of Science
P. Anandan , Microsoft Corporation
pp. 959
César Silva , Instituto Superior Técnico
José Santos-Victor , Instituto Superior Técnico
pp. 967
Alan L. Yuille , Smith-Kettlewell Eye Research Institute
P-Y Burgi , Smith-Kettlewell Eye Research Institute
N.M. Grzywacz , C.S.E.M.
pp. 973
Sándor Fejes , University of Maryland at College Park
Larry S. Davis , University of Maryland at College Park
pp. 979
A. Verri , Università di Genova
E. Trucco , Heriot-Watt University
pp. 987
Yu-Te Wu , Carnegie Mellon University and University of Pittsburgh
Takeo Kanade , Carnegie Mellon University
Jeffrey Cohn , University of Pittsburgh
Ching-Chung Li , University of Pittsburgh
pp. 992
Joshua Gluckman , Columbia University
Shree K. Nayar , Columbia University
pp. 999
H.-H. Nagel , Fraunhofer-Institut für Informations-und Datenverarbeitung and Universität Karlsruhe
M. Haag , Universität Karlsruhe
pp. 1006
Manolis I.A. Lourakis , Foundation for Research and Technology - Hellas and University of Crete
Antonis A. Argyros , Foundation for Research and Technology - Hellas
Stelios C. Orphanoudakis , Foundation for Research and Technology - Hellas and University of Crete
pp. 1012
Jong Seung Park , Pohang University of Science & Technology
Joon Hee Han , Pohang University of Science & Technology
pp. 1018
Rolf D. Henkel , University of Bremen
pp. 1024
Y. F. Wang , University of California at Santa Barbara
Ping Liang , University of California at Riverside
pp. 1029
Guo-Qing Wei , German Aerospace Research Establishment
Gerd Hirzinger , German Aerospace Research Establishment
pp. 1035
A. N. Rajagopalan , Indian Institute of Technology
S. Chaudhuri , Indian Institute of Technology
pp. 1047
Atsuto Maki , Toshiba Kansai Research Laboritories
Mutsumi Watanabe , Toshiba Kansai Research Laboritories
Charles Wiles , Toshiba Kansai Research Laboritories
pp. 1053
Yoav Y. Schechner , Israel Institute of Technology
Nahum Kiryati , Israel Institute of Technology
Ronen Basri , Weizmann Institute of Science
pp. 1061
Blanca García , Universitat Politècnica de Catalunya
Pere Brunet , Universitat Politècnica de Catalunya
pp. 1067
Stan Birchfield , Stanford University
Carlo Tomasi , Stanford University
pp. 1073
Marc Proesmans , Katholic University Leuven
Luc Van Gool , Katholic University Leuven
Filip Defoort , Katholic University Leuven
pp. 1081
Stereo with Mirrors (Abstract)
Sameer A. Nene , Columbia University
Shree K. Nayar , Columbia University
pp. 1087
Jonathan C. Carr , Cambridge University
W. Richard Fright , Applied Research Associates NZ Ltd.
Andrew H. Gee , Cambridge University
Richard W. Prager , Cambridge University
Kevin J. Dalton , Cambridge University
pp. 1095
Jiang Yu Zheng , Kyushu Institute of Technology
Akio Murata , Kyushu Institute of Technology
pp. 1101
Ikushi Yoda , Electrotechnical Laboratory
Katsuhiko Sakaue , Electrotechnical Laboratory
pp. 1109
Rupert W. Curwen , General Electric Corporate Research and Development
Joseph L. Mundy , General Electric Corporate Research and Development
Charles V. Stewart , Rensselaer Polytechnic Institute
pp. 1115
Sibel Tari , University of California at Riverside
Jayant Shah , Northeastern University
pp. 1123
Tyng-Luh Liu , Courant Institute
Davi Geiger , Courant Institute
Robert V. Kohn , Courant Institute
pp. 1129
4.3 Flow and Tracking
Active Blobs (Abstract)
Stan Sclaroff , Boston University
John Isidoro , Boston University
pp. 1146
Jianbo Shi , University of California at Berkeley
Jitendra Malik , University of California at Berkeley
pp. 1154
Author Index
Author Index (PDF)
pp. 1161
6 ms
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