Session 1: IMAGE/VIDEO DATABASES
1.2
"Applying Semantic Association to Support Content-Based Video Retrieval"
Yueting Zhuang, Yong Rui, Thomas S. Huang, and Sharad Mehrotra
University of Illinois at Urbana-Champaign, USA
1.3
"Clustering Images Using Relative Entropy for Efficient Retrieval"
Giridharan Iyengar and Andrew Lippman
MIT Media Laboratory, USA
1.4
"An Interactive Image Database System"
J. Vass, J. yao, and X. Zhuang
University of Missouri-Columbia, USA
1.5
"A Tool for Query and Analysis of MPEG Encoded Video"
Chris Kreucher and Sridhar Lakshmanan
University of Michigan- Dearborn, USA
1.6
"MPEG-7: Applications and Supporting Technologies"
Mohamed Abdel-Mottaleb, Nevenka Dimitrova, Sylvie Jeannin, Kiran Challapali,
and Marco Ceccarelli
Philips Research, USA, Laboratoires d'Electronique Philips S.A.S, France,
and Nederlandse Philips Bedrijven B. V, The Netherlands
1.7
"Identification of Visual Correlations Between Non Consecutive Shots
in Digital Image Sequences"
Caterina Saraceno and Riccardo Leonardi
University of Brescia, Italy
1.8
"An Adaptive Approach to Video Indexing and Retrieval using Fuzzy
Classification"
Yannis S. Avrithis, Anastasios D. Doulamis, Nikolaos D. Doulamis, and
Stefanos D. Kollias
National Technical University of Athens, Greece
Session 2: FACE PROCESSING
2.2
"Extraction of MPEG-4 FAP Parameters from 3D Face Data Sequences"
Kai Chen, Dimitry Goldgof and Chandra Kambhamettu
University of Delaware, USA
2.3
"3D Face Modeling and Encoding for Virtual Teleconferencing"
Stephane Valente and Jean-Luc Dugelay
Institut Eurecom, France
2.4
"A Reference Image Based Improving Technique for Compressed Images"
Supatana Auethavekiat and Kiyoharu Aizawa
The University of Tokyo, Japan
2.5
"A Global Eigen Approach for Face Recognition"
L. Lorente and L. Torres
Polytechnic University of Catalonia, Spain
2.6
"Applied Processing of Referential Frames in Facial Image Sequence"
Min Chul Park1, Takeshi Naemura1, Masahide Kaneko2,
and Hiroshi Harashima1
1The University of Tokyo, Japan, and 2The University
of Electro-Communi., Japan
2.7
"Physics Model Based Very Low Bit Rate 3D Facial Image Coding"
Shigeo Morishima1, Takahiro Ishikawa1, and Demetri
Terzopoulos2
1Seikei University, Japan, and 2University of
Toronto, Canada
2.8
"Estimation of Eye, Eyebrow and Nose Features in Videophone Sequences"
Markus Kampmann and Liang Zhang
Universitat Hannover, Germany
2.9
"Image-Based View Rendering for 3D Visual Communications"
Jong-Il Park and Seiki Inoue
ATR Media Integration & Communications Research Labs, Japan
2.10
"Image-Based 3D Modeling of Arbitrary Natural Objects"
Ebroul Izquierdo M.1 and Xiaohua Feng2
1University of Essex, UK, and 2Heinrich Hertz
Institute for Communication Technology, Germany
Session 3: OBJECT EXTRACTION
3.2
"Representation of Hierarchical VOPs in Video Sequences by Semi-Delaunay
Adapted Meshes"
J. Benois-Pineau1, H. Hornegger2, and D. Barba1
1IRESTE, France, and 2University of Erlangen/Nuremberg,
Germany
3.3
"Video Object Plane Extraction for Content-Based Functionalities
in MPEG-4"
Thomas Meier and King N. Ngan
The University of Western Australia, Australia
Session 4: SEGMENTATION
4.2
"Unsupervised Video Segmentation and Object Tracking Using a Modified
Watershed Algorithm"
Demin Wang
Communications Research Centre, Canada
4.3
"Non-parametric Clustering for Segmentation and Grouping"
E. J. Pauwels and G. Frederix
K. U. Leuven, Belgium
4.4
"Optimal Performance of the Watershed Segmentation of an Image Enhanced
by Teager Energy Driven Diffusion"
Danny De Vleeschauwer1, Patrick de Smet1, Faouzi
Alaya Cheikh2, Ridha Hamila2, and Moncef Gabbouj2
1University of Ghent, Belgium, and 2Tampere University
of Technology, Finland
4.5
"Spatio-Temporal Video Segmentation Using History Information"
Daehee Kim, Minho Kim, and Yo-Sung Ho
Kwangju Institute of science and Technology, Korea
4.6
"Segmentation for Object-Based Video Coding Using Dense Motion Fields"
Peter Csillag1 and Lilla Boroczky2
1Hungarian Academy of Sciences, Hungary, and 2IBM
Corporation, USA
4.7
"Homogeneous Region Merging Approach for Image Segmentation Preserving
Semantic Object Contours"
Hyun Sang Park and Jong Beom Ra
Korea Advanced Institute of Science and Technology, Republic of Korea
4.8
"FLIR Image Compression: The Accuracy of Analysis/Synthesis Approach"
Y. Dieulangard1, R. Thomas2, and G. Stamon3
1Universite Rene Descartes, France, 2Aerospatiale,
France, and 3Thomson Missile Electronics, France
Session 5: MOTION ESTIMATION
5.2
"Low Bit-Rate Video Coding Using Dense Motion Field Estimation"
K. P. Lim, M. N. Chong, and A. Das
Nanyang Technological University, Singapore
5.3
"A New Motion Compensation Method based on Irregular Mesh Representation
and Image Warping"
Byeungwoo Jeon1 and Kang Wook Chun2
1Sung Kyun Kwan University, Korea, and 2Samsung
Electronics Co., Korea
5.4
"Object-Based Global Motion Estimation Using a Combined Feature
Matching and Optical Flow Approach"
A. Smolic, J.-R. Ohm, and T. Sikora
Heinrich-Hertz-Institute, Germany
5.5
"Overlapped Spatial Transformations Motion Estimation for Very Low
Bitrate"
Fernando J. P. Lopes and Mohammed Ghanbari
University of Essex, UK
5.6
"A New Star Search Algorithm for Fast Block-Matching Motion Estimation"
Shan Zhu1 and Kai-Kuang Ma2
1Xerox Singapore Software Center, Singapore, and 2Nanyang
Technological University, Singapore
5.7
"Advanced Motion Estimation Using Eigenvalue Algorithm with Optimized
Block Size"
Y. Kaneko, Y. Shishikui, Y. Nojiri, and Y. Tanaka
NHK Science and Technical Research Laboratories, Japan
5.8
"Region-Based Motion Compensated Prediction for Video Coding"
Demin Wang and Andre Vincent
Communications Research Centre, Canada
5.9
"Very Low Bit-rate Video Coding Using Object-Based Motion Estimation
and
Hierarchical Shape Estimation"
Hanjong Kim and King N. Ngan
The University of Western Australia, Australia
Session 6: IMAGE/VIDEO CODING
6.2
"Multiscale Matching Pursuits for Very Low Bit-Rate Video Coding"
Hui Li and Ingo Wolff
University of Duisburg, Germany
6.3
"A Simple Deblocking Algorithm for Block Based Compression Schemes"
A. Izmirliev and R. J. Fryer
University of Strathclyde, UK
6.4
"Texture Image Compression Using Wavelet Domain Enhancement of Synthetic
Error Estimate"
Kelly R. Debure1 and Michael L. Hilton2
1Eckerd College, USA, and 2Proctor and Gamble,
USA
6.5
"Error Concealment in Embedded Zerotree Wavelet Codecs"
Paul Salama, Ness Shroff, and Edward J. Delp
Purdue University, USA
6.6
"Error-Resilient Wavelet Video over ATM"
Michael H. Lee, Ka-Kit Lau, and King N. Nang
The University of Western Australia, Australia