Program at a Glance
January 13 (Tuesday)Time
09:00–18:00
10:00–
13:00–15:00
15:00–15:30
15:30–17:30

Room B

Registration
Workshop
10:00 Opening
10:05–11:05 Session 1
11:05–11:20 Break
11:20–12:20 Session 2
12:20–13:50 Lunch
13:50–15:10 Session 3
15:10–15:40 Break
15:40–16:40 Session 4
16:40–16:55 Break
16:55–17:55 Session 5
17:55 Closing

18:00–20:00

Room C

Tutorial 1
Coffee Break
Tutorial 2

Reception

January 14 (Wednesday)Time
08:30–17:00
09:30–09:40

Room A
Room B Room C Room D
Registration
Opening

09:40–10:40 Keynote Lecture
10:40–11:00
11:00–12:30

Coffee Break
OS1

12:30–14:00

OS2
Lunch Break
Demos I
Poster 1 (by Leading
Project)

14:00–15:30
15:30–16:00

Coffee Break

16:00–17:30

OS3

OS4

1

January 15 (Thursday)Time
08:30–17:30

Room A

Room B Room C
Registration

Room D

09:10–10:10 Invited Talk 1
10:10–10:30
10:30–12:00

Coffee Break
OS5

OS6

12:00–13:30

Lunch Break

13:30–15:00

Poster 2 Demos II

15:00–15:30

Coffee Break

15:30–17:00

OS7

17:30
19:00–21:00

OS8
Bus to the banquet venue
Banquet at Chinzan-so

January 16 (Friday)Time
08:30–15:00

Room A

Room B Room C
Registration

Room D

09:10–10:10 Invited Talk 2
10:10–10:30

Coffee Break

10:30–12:30

Poster 3 Demos II

12:30–14:00

2

Lunch Break

14:00–15:30

OS9

15:30–15:35

Closing

OS10

Tutorials
Tutorial 1

13:00-15:00, January 13, Room C

Lecturer: Hiroshi Ishikawa

Associate Professor
Graduate School of Natural Sciences, Nagoya City University

Title: A Practical Introduction to Graph Cut
Abstract:
Over the past decade, energy-minimization techniques utilizing thes-t mincut algorithm have become increasingly popular in vision, image
processing, and computer graphics. Now generally called the “graphcut” methods, they are used for many low-level problems such asstereo, segmentation, and image stitching. In some cases, graph cuts
produce globally optimal solutions. More generally, there are iterativegraph-cut based techniques that produce high-quality solutionsin practice. In this introductory tutorial, we first describe the major
techniques as well as delineating their applicability and limitations.
Then we discuss the design of the energies for some problems thathave been successfully solved by graph cuts.

Tutorial 2

15:30-17:30, January 13, Room C

Lecturers: Cees G.M. Snoek

Senior Researcher aculty of Science, University of Amsterdam
F

Marcel Worring

Associate Professor
Faculty of Science, University of Amsterdam

Title: Concept-Based Video Retrieval
Abstract:
The ease with which video can be captured has lead to a proliferationof video collections in all parts of society. Getting content-based
semantic access to such collections is a difficult task, requiring
techniques from image processing, computer vision, machinelearning, knowledge engineering, and human computer interaction.
The semantic gap between the low level information that can bederived from the visual data and the conceptual view the user hasof the same data is a major bottleneck in video retrieval systems. It
has dictated that solutions to image and video indexing could only
be applied in narrow domains using specific concept detectors, e.g.,“sunset” or “face”. This leads to lexica of at most 10-20 concepts. The
use of multimodal indexing, advances in machine learning, and theavailability of some large, annotated information sources, e.g., the
TRECVID benchmark, has paved the way to increase lexicon sizeby orders of magnitude (now 100 concepts, in a few years 1,000).
This brings it within reach of research in ontology engineering, i.e.
creating and maintaining large, typically 10,000+ structured sets ofshared concepts. When this goal is reached we could search forvideos in our home collection or on the web based on their semantic
content, we could develop semantic video editing tools, or develop
tools that monitor various video sources and trigger alerts based on
semantic events. This tutorial lays the foundation for these exciting
new horizons. It will cover basis video analysis techniques and explain
the different methods for concept detection in video. From there it will
explore how users can be given interactive access to the data. For
both indexing and interactive access TRECVID evaluations will beconsidered. Finally, some more insight on the challenges ahead andhow to meet them will be presented.

3

Workshop 10:00-18:00 January 13, Room B
Opening 10:00-10:05

WS1 10:05-11:05

Chair: Jean Martinet (University of Lille, France)

WS1-1 M a t c h i n g C o r r e s p o n d i n g P o i n t s f r o mUnannotated Images with Bayesian Methods
Miika Toivanen, Jouko Lampinen

WS1-2 Real-time Dense and Accurate Parallel Optical
Flow using CUDA
Julien Marzat, Yann Dumortier, Andre Ducrot

WS1-3 Depth Estimation from Multi-view Sources Basedon Full Search and Total Variation Regularization
Carlos Vázquez, Wa J. Tam

Break (11:05-11:20)

WS2 11:20-12:20

Chair: C arlos Vázquez (Communication ResearchCentre Canada, Canada)

WS2-1 Registration of Medical Volume Images and Its
Visualization using VTK	Wanhyun Cho, Sunworl Kim, Myungeun Lee,
Junsik Lim, Jonhhyun Park, Soonyoung Park,
Changbu Jeong

WS2-2 S tructure from Motion for Omni- directional
Images using Efficient Factorization Method
Based on Virtual Camera Rotation	R y o t a M a t s u h i s a , S h i n t a r o O n o , H i r o s h i
Kawasaki, Atsuhiko Banno, Katsushi Ikeuchi

WS2-3 Combinatorial Optimization for Fitting of DigitalLine and Plane	Rita Zrour, Yukiko Kenmochi, Hugues Talbot,
Ikuko Shimizu, Akihiro Sugimoto

Lunch (12:20-13:50)

WS3 13:50-15:10

Chair: Toru Tamaki (Hiroshima University, Japan)

WS3-1 S uspicious Object Detection Based on
Appearance Frequency in Surveillance Videos
Keiko Sato, Naoko Nitta, Yoshimichi Ito, Noboru Babaguchi

WS3-2 D etection of Multiple Subevents in Space andTime for Video Analysis
Alexia Briassouli, Ioannis Kompatsiaris

WS3-3 On the Search Window Updating for Occlusion
Handling in Object Tracking Applications
	Mo h a mma d Kh a n sa ri , H a mi d R . R a b i e e ,Mohammad H. Rohban, Mohammad Ghanbari4WS3-4 H uman Identification in Sur veillance Video
Based on Tracking via Camera Footage and ID
Updating via RFID Systems
	Daisuke Nakashima, Yoshimichi Ito, Naoko Nitta,
Noboru Babaguchi

Break (15:10-15:40)

WS4 15:40-16:40

Chair: Ioannis Kompatsiaris (Informatics and Telematics
Institute, Greece)

WS4-1 A H y b r i d P r e - c l a s s i f i c a t i o n a n d P o s t classification Technique to Derive Training
Samples for One- pass Land Cover Change
MappingHuang Zhi, Xiuping Jia

WS4-2 C ur ve- based Image Lightness Enhancement
Algorithm
Chiun-Li Chin, Kun-Ching Wang, Shuo-Min Chiou

WS4-3 Polygon Approximation for Snake Initializationin Noisy Image	Din-Yuen Chan, Roy C. Hsu, Jia-Ci Jhuo, Bin-Wen
Kao, Cheng-Tin Liu

Break (16:40-16:55)

WS5 16:55-17:55

Chair: X iuping Jia (University of New South Wales,
Australia)

WS5-1 I llumination Invariant Face Recognition using
Normalized Gabor Features
Saleh Aly, Naoyuki Tsuruta, Rin-ichiro Taniguchi

WS5-2 V irtual Camerawork beyond Original Framingwith Longshot Video Generation
Kouichi Asano, Naoko Nitta, Noboru Babaguchi

WS5-3 Gaze Based Quality Assessment of Visual Media
Understanding	Jean Martinet, Adel Lablack, Stanislas Lew,
Chabane Djeraba

Closing 17:55-18:00

5

Keynote Lecture 9:40-10:40, January 14, Room A
Speaker:

Shmuel Peleg
Professor
S chool of Computer Science and Engineering
The Hebrew University of Jerusalem

Title:
N on- Chronological Video Editing and Video

Synopsis

Abstract:
Powerful effects in video editing can be obtained when relaxing
the chronological constraints: activities that occurred in different
times can be shown simultaneously and vise versa. The descriptionof non-chronological video editing effects and the simple methods
to perform them will start this talk.
The non-chronological approach to video is also powerfulin creating video summaries. In particular, a full day recorded
by a video surveillance camera can be summarized in a few
minutes without loss of any activity. It is estimated that 40 million
surveillance cameras are being installed annually. But none of thevideo they record is ever watched: it is too time consuming. The
presented video synopsis approach can provide access to theuntapped resource of recorded surveillance cameras.

Invited Talks
Invited talk 1

9:10-10:10, January 15, Room A

Speaker:

Shigeo Morishima
Professor
S chool of Science and Engineering
Waseda University

Title:

Instant Casting System "Dive Into the Movie"
Abstract:
Our research project, Dive into the Movie (DIM) aims to build
a new genre of interactive entertainment which enables anyone
to easily participate in a movie by assuming a role and enjoying
an embodied, first-hand theater experience. This is specificallyaccomplished by replacing the original roles of the precreatedtraditional movie with user created, high-realism, 3 -D CG
characters. DIM movie is in some sense a hybrid entertainment
form, somewhere between a game and storytelling. We hope that
DIM movies might enhance interaction and offer more dramaticpresence, engagement, and fun for the audience. Our work on DIM
is ongoing, but its initial version, Future Cast System (FCS), is up
and running. In the initial version, we focus on creating audiences’highrealism 3-D CG characters with personal facial characteristics,
replacing the original characters’ faces in the original traditional(background) movie. The FCS system has two key features: First,
it can full-automatically create a CG character in a few minutes

6

from capturing the facial feature of a user and generating her/his
corresponding CG face, to inserting the CG face into the movie
in real-time which do not cause any discomfort to the participant;Second, the FCS system makes it possible for multiple participants
to take part in a movie at the same time in different roles, such asa family, a circle of friends, etc. The FCS system is not limited toacademic research; 1.6 million people enjoyed a FCS entertainment
experience at the Mitsui-Toshiba pavilion at the 2005 World
Exposition in Aichi, Japan. I introduce this ongoing DIM project withnew technologies and many impressive demos.

Invited talk 2

9:10-10:10, January 16, Room A

Speaker:

Takeo Igarashi
Associate ProfessorG raduate School of Information Science andTechnology
The University of Tokyo

Title:

Interactive "smart" computers

Abstract:
Current user interfaces are not very “smart” in that computers
dumbly do what the user explicitly commands it to do via buttons ormenus. As the computers become more capable and applications
become complicated, more “smart” user interfaces are desired.
We are exploring possible “smart” user interfaces in the domain of
pen-based computing and interactive 3D graphics. The idea is toallow the user to intuitively express his/her intention by combining
sketching and direct manipulation, and have the computer takeappropriate actions without explicit commands. This talk consists ofmany live demonstrations to illustrate the idea of interactive “smart”
interfaces. I plan to show 2D geometric drawing program, electronic
whiteboard system, sketch-based 3D modeling, automatic zooming,
clothing manipulation interfaces, and other interesting systems.

7Oral Sessions
Keynote Lecture

9:40–10:40, January 14, Room A
Chair: Akihiro Sugimoto

Non-Chronological Video Editing and Video Synopsis
Shmuel Peleg

OS1: Faces and Pedestrians

11:00–12:30, January 14, Room A
Chair: Robby Tan

A Self-Tuning People Identification System from Split Face
Components
Maria De Marsico, Michele Nappi, Daniel Riccio

A Method for Visualizing Pedestrian Traffic Flow using SIFT
Feature Point Tracking
Yuji Tsuduki, Hironobu Fujiyoshi

Co-occurrence Histograms of Oriented Gradients for
Pedestrian Detection
Tomoki Watanabe, Satoshi Ito, Kentaro Yokoi

Using Face Quality Ratings to Improve Real-Time Face
Recognition
Karl Axnick, Ray Jarvis, Kim C. Ng

OS2: Panoramic Images

11:00–12:30, January 14, Room B
Chair: Huei-Yung Lin

Sensor Pose Estimation from Multi- Center Cylindrical
Panoramas
Fay Huang, Reinhard Klette, Yun-Hao Xie

Monocular 3D Reconstruction of Objects Based on
Cylindrical Panoramas
Ralf Haeusler, Reinhard Klette, Fay Huang

Omnidirectional Image Stabilization by Computing Camera
Trajectory
Akihiko Torii, Michal Havlena, Tomáš Pajdla

OS3: Local Image Analysis

16:00–17:30, January 14, Room A
Chair: Wen-Nung Lie

Rotation and Scale Invariant Texture Analysis with
Tunable Gabor Filter Banks
Xinqi Chu, Kap Luk Chan

Local Image Descriptors Using Supervised Kernel ICA
Masaki Yamazaki, Sidney Fels

Fast Simplex Optimization for Active Appearance Model
Yasser Aidarous, Renaud Séguier

LazySOM: Image Compression Using an Enhanced SelfOrganizing Map
Cheng-Fa Tsai, Yu-Jiun Lin

8

OS4: Organization and Grouping
16:00–17:30, January 14, Room B
Chair: Noboru Babaguchi

Inverse Halftoning Based on Bayesian Theorem
Yun-Fu Liu, Jing-Ming Guo, Jiann-Der Lee

Live Video Segmentation in Dynamic Backgrounds Using
Thermal Vision
Viet-Quoc Pham, Keita Takahashi, Takeshi Naemura

I m a g e - B a se d Te c h ni q u e s f o r S h r e d d e d D o c u m e n t
Reconstruction
Huei-Yung Lin, Wen-Cheng Fan-ChiangContour Grouping with Partial Shape Similarity

Chengqian Wu, Xiang Bai, Quannan Li, Xingwei Yang,
Wenyu Liu

Invited Talk 1

9:10–10:10, January 15, Room A
Chair: Toshikazu Wada

Instant Casting System "Dive Into the Movie"
Shigeo Morishima

OS5: Multi-view Geometry

10:30–12:00, January 15, Room A
Chair: Yung-Chang Chen

Compact Fundamental Matrix Computation
Kenichi Kanatani, Yasuyuki Sugaya

Detecting Incorrect Feature Tracking by Affine Space Fitting
Chika Takada, Yasuyuki Sugaya

Outlier Removal by Convex Optimization for L-Infinity Approaches
Yongduek Seo, Hyunjung Lee, Sang Wook Lee

The Five Points Pose Problem: A New and Accurate
Solution Adapted to Any Geometric Configuration
Mahzad Kalantari, Franck Jung, Jean-Pierre Guedon,
Nicolas Paparodtis

OS6: Detection and Tracking

10:30–12:00, January 15, Room B
Chair: Kap Luk Chan

Vehicle Detection from Aerial Images using Local Shape
Information
Jae-Young Choi, Young-Kyu Yang

Estimating 3D Flow for Driver Assistance Applications
Jorge A. Sánchez, Reinhard Klette, Eduardo Destefanis

A New Method for Moving Object Ex traction andTracking Based on the Exclusive Block Matching
Zhu Li, Kenichi Yabuta, Hitoshi Kitazawa

Visual Tracking Using Particle Filters with GaussianProcess Regression
Hongwei Li, Yi Wu, Hanqing Lu

9OS7: Coding and Steganography
15:30–17:00, January 15, Room A
Chair: Yasushi Yagi

An Approach to Trajectory Estimation of Moving Objects
in the H.264 Compressed Domain
Christian Käs, Henri Nicolas

Enhanced Side Information Generator with Accurate
Evaluations in Block-Based Wyner-Ziv Video Coding
Chang-Ming Lee, Jui-Chiu Chiang, Zhi-Heng Chiang,
Kuan-Liang Chen, Wen-Nung Lie

Wa t e r m a r kin g of Raw D i gi t a l I m ag e s in Ca m e r a
Firmware: Embedding and DetectionPeter Meerwald, Andreas Uhl

An Advanced Least-Significant-Bit Embedding Scheme
for Steganographic Encoding
Yeuan-Kuen Lee, Graeme Bell, Shih-Yu Huang, RanZan Wang, Shyong-Jian Shyu

OS8: Computational Photography and Forgeries
15:30–17:00, January 15, Room B
Chair: Reinhard Klette

Image Inpainting Considering Brightness Change andSpatial Locality of Textures and Its Evaluation
Norihiko Kawai, Tomokazu Sato, Naokazu Yokoya

A Digital Image Denoising Method with Edge Preservation
Using Dyadic Lifting Schemes
Teruya Minamoto, Satoshi Fujii

A Self-Governing Hybrid Model for Noise Removal
Mohammad Reza Hajiaboli

Detecting Video Forgeries Based on Noise Characteristics
Michihiro Kobayashi, Takahiro Okabe, Yoichi Sato

Invited Talk 2

9:10–10:10, January 16, Room A
Chair: Fay Huang

Interactive "smart" computers
Takeo Igarashi

OS9: Reconstruction and Visualization
14:00–15:30, January 16, Room A
Chair: Hideo Saito

Shape Reconstruction by Combination of StructuredLight Projection and Photometric Stereo Using a
Projector-Camera System: High Quality Reproduction of
a Virtual Reflectance Property on a Real Object Surface
Tomoya Okazaki, Takayuki Okatani, Koichiro Deguchi

Image-based Rendering by Virtual 1D Cameras
Naoyuki Ichimura

Implicit Surface Reconstruction with an Analogy of Polar Field
Model
Yuxu Lin, Chun Chen, Mingli Song, Jiajun Bu, Zicheng Liu

10

Dense Stereo Correspondence with Contrast Context
Histogram, Segmentation-Based Two-Pass Aggregation
and Occlusion Handling
Tianliang Liu, Pinzheng Zhang, Limin Luo

OS10: Recognition and Search
14:00–15:30, January 16, Room B
Chair: Andreas Uhl

Can Geotags Help Image Recognition ?
Keita Yaegashi, Keiji Yanai

Principal Component Hashing: An Accelerated Approximate
Nearest Neighbor Search
Yusuke Matsushita, Toshikazu Wada

A Novel Visual Speech Represent ation and HMM
Classification for Visual Speech Recognition
Dahai Yu, Ovidiu Ghita, Alistair Sutherland, Paul Whelan

Novel Approaches for Exclusive and Continuous
Fingerprint Classification
Javier A. Montoya-Zegarra, João P. Papa, Neucimar J.
Leite, Ricardo da Silva Torres, Alexandre X. Falcão

Poster Sessions
Poster I

14:00–16:00, January 14, Room C

I-1 SUBSMELL: Multimedia with a Simple Olfactory Display
Chomtip Pornpanomchai, Arinchaya Threekhunprapa,
Krit Pongrasamiroj, Phichate Sukklay

I-2 Fixed-Coefficient Iterative Bilateral Filters for GraphBased Image Processing
Chang Jian, Kohei Inoue, Kenji Hara, Kiichi Urahama

I-3 Texture Retrieval Effectiveness Improvement Using
Multiple Representations Fusion
Noureddine Abbadeni

I- 4 Recognizing Multiple Objects via Regression
Incorporating the Co-occurrence of Categories
Takahiro Okabe, Yuhi Kondo, Kris M. Kitani, Yoichi Sato

I-5 An Adaptive and Efficient Selective Multiple Reference
Frame Motion Estimation for H.264 Video Coding
Yu-Ming Lee, Yong-Fu Wang, Jia-Ren Wang, Yinyi Lin

I-6 A Framework for Suspicious Action Detection with
Mixture Distributions of Action Primitives
Yoshio Iwai

I-7 Framework for Illumination Invariant Vehicular Traffic
Density Estimation
Pranam Janney, Glenn Geers

I-8 Robust Facial Feature Location on Gray Intensity Face
Qiong Wang, Chunxia Zhao, Jingyu Yang

I-9 Error-Diffused Image Security Improving Using
Overall Minimal-Error Searching
Jing-Ming Guo, Yun-Fu Liu11

I-10 Automatic Segmentation of Non-rigid Objects in
Image Sequences Using Spatiotemporal Information
Cheolkon Jung, Joongkyu Kim

I-11 Robust Simultaneous Low Rank Approximation of
Tensors
Kohei Inoue, Kenji Hara, Kiichi Urahama

I-12 Video-Based Modeling of Dynamic Hair

Tatsuhisa Yamaguchi, Bennett Wilburn, Eyal Ofek

I-13 Optimal Pixel Matching between Images
Yuichi Yaguchi, Kenta Iseki, Ryuichi Oka

I-14 Moving Object Segmentation using Optical Flowand Depth Information
Jens Klappstein, Tobi Vaudrey, Clemens Rabe, Andreas
Wedel, Reinhard KletteI-15 Usefulness of Retina Codes in Biometrics

Thomas Fuhrmann, Jutta Hämmerle-Uhl, Andreas Uhl

I-16 Inclusion of a Second-Order Prior into Semi-Global
Matching
Simon Hermann, Reinhard Klette, Eduardo Destefanis

I-17 Hardware Design of Shape-Preserving Contour
Tracing for Object of Segmented Images
Roy Chaoming Hsu, Yaw-Yu Lee, Bin-Wen Kao, DinYuen Chan

I-18 Accelerating Face Detection by Using Depth
Information
Haiyuan Wu, Kazumasa Suzuki, Toshikazu Wada, Qian
Chen

I -19 R o t a t e d I m a g e B a s e d P h o t o m o s a i c U s i n g
Combination of Principal Component Hashing
Hideaki Uchiyama, Hideo Saito

Poster 2

13:30–15:30, January 15, Room C

II-1 A Stereo Self-adjustment Methodology for Resuming
Active Camera Operation
Masafumi Nakagawa, Yoshihiro Kawai, Fumiaki Tomita

II-2 Combining Invariant and Corner-Like Features to
Optimize Image Matching
Jimmy Addison Lee, Kin-Choong Yow

II-3 Integrated Expression-Invariant Face Recognition
with Constrained Optical Flow
Chao-Kuei Hsieh, Shang-Hong Lai, Yung-Chang Chen

II-4 Automatic Eigentemplate Learning for Sparse Template
Tracker
Keiji Sakabe, Tomoyuki Taguchi, Takeshi Shakunaga

II-5 Tracking without Background Model for Time-of-Flight
CamerasLuca Bianchi, Riccardo Gatti, Luca Lombardi, Paolo
Lombardi

II-6 X-Ray Image Classification and Retrieval Using
Ensemble Combination of Visual Descriptors
Jeong-Hee Shim, Ki-Hee Park, Byoung-Chul Ko,
JaeYeal Nam

12

II-7 Video-based Motion Capturing for Skeleton-based 3D Models
Liang-Yu Shih, Bing-Yu Chen, Ja-Ling Wu

II-8 Player Detection and Tracking in Broadcast Tennis Video
Yao-Chuan Jiang, Kuan-Ting Lai, Chaur-Heh Hsieh,
Mau-Fu Lai

II-9 Unsupervised Pedestrian Re-identification for Loitering
Detection
Chung-Hsien Huang, Yi-Ta Wu, Ming-Yu ShihII-10 A Fast Macroblock Mode Decision Algorithm for the
Baseline Profile in the H.264 Video Coding Standard
Chang-Hsing Lee, Cheng-Chang Lien, Jau-Ling Shih,Ping-Yu Lin

II-11 Video Coding Using Spatially Varying Transform
Cixun Zhang, Kemal Ugur, Jani Lainema, Moncef
Gabbouj

II-12 Comparison of Visible, Thermal Infra-Red andRange Images for Face Recognition
Ajmal Mian

II-13 Enhanced Sports Image Annotation and Retrieval
Based upon Semantic Analysis of Multimodal Cues
Kraisak Kesorn, Stefan Poslad

II-14 Memory Efficient VLSI Architecture for QCIF to
VGA Resolution Conversion
Asmar A. Khan, Shahid Masud

II-15 Towards an Interpretation of Intestinal Motility
Using Capsule Endoscopy Image Sequences
Hai Vu, Tomio Echigo, Ryusuke Sagawa, Keiko Yagi,
Masatsugu Shiba, Kazuhide Higuchi, Tetsuo Arakawa,
Yasushi Yagi

II-16 On JPEG2000 Error Concealment Attacks
Thomas Stütz, Andreas Uhl

II-17 Upper-Body Contour Extraction Using Face andBody Shape Variance Information
Kazuki Hoshiai, Shinya Fujie, Tetsunori Kobayashi

II-18 Approximated Ground Truth for Stereo and Motion
Analysis on Real-World Sequences
Zhifeng Liu, Reinhard KletteII-19 Cooperative Sur veillance System with Fixed
Camera Object Localization and Mobile Robot Target
Tracking
Chih-Chun Chia, Wei-Kai Chan, Shao-Yi Chien

Poster 3

10:30–12:30, January 16, Room C

III-1 On the Security of an MPEG-Video Encryption
Scheme Based on Secret Huffman Tables
Shujun Li, Guanrong Chen, Albert Cheung, Kwok-Tung Lo,
Mohan Kankanhalli

I I I - 2 H . 2 6 4 /AVC V i d e o E n c o d e r R e a l i z a t i o n a n d
Acceleration on TI DM642 DSP
Daw-Tung Lin, Chung-Yu Yang

13

III-3 Improved Two-Level Model Averaging Techniques
in Drosophila Brain Modeling
Cheng-Chi Wu, Chao-Yu Chen, Hsiu-Ming Chang, AnnShyn Chiang, Yung-Chang Chen

III-4 Belief Propagation for Stereo Analysis of Night-Vision
Sequences
Shushi Guan, Reinhard Klette, Young W. Woo

III- 5 Region- Based Super Resolution for Video
Sequences Considering Registration Error
Osama A. Omer, Toshihisa Tanaka

III-6 A High Performance H.264 Deblocking Filter
Vagner Rosa, Altamiro Susin, Sergio Bampi

III-7 Steganalysis of JPEG Images with Joint Transform
Features
Zohaib Khan, Atif Bin Mansoor

III-8 Object Detection under Varying Illumination basedon Adaptive Background Modeling Considering Spatial
Locality
Tatsuya Tanaka, Atsushi Shimada, Daisaku Arita, Rinichiro Taniguchi

III-9 Weighted Threshold Secret Image Sharing

Shyong Jian Shyu, Chun-Chieh Chuang, Ying-Ru Chen,
Ah-Fur Lai

III-10 Removal of Specular Reflection Component Using
Multi-view Images and 3D Object Model
Shu-Kam Chow, Kwok-Leung Chan

III-11 An ROI/xROI Based Rate Control Algorithm in
H.264|AVC for Video Telephony Applications
Changhee Kim, Taeyoung Na, Munchurl Kim, Jeongyeon Lim,
Youngho Joo, Kimun Kim, Jaewoan Byun, Munchurl Kim

I I I -12 S i m p l i f y i n g t h e R a t e C o n t r o l S c h e m e f o r
Distributed Video Coding by Flexible Slepian-Wolf
Decoding
Ralph Hänsel, Erika Müller

III-13 Glass Partterns and Artistic Imaging
Giuseppe Papari, Nicolai Petkov

III-14 Classification of Similar 3D Objects with Different
Types of Features from Multi-view Images
Hitoshi Niigaki, Kazuhiro Fukui

III-15 Recovery Rate of Clustering Algorithms
Fajie Li, Reinhard KletteIII-16 Multiple View Geometry of Projector- Camera
Systems from Virtual Mutual Projection
Shuhei Kobayashi, Fumihiko Sakaue, Jun Sato

III-17 Automatic Appropriate Segment Extraction from
Shots Based on Learning from Example Videos
Yousuke Kurihara, Naoko Nitta, Noboru Babaguchi

III-18 Localization of Lesions in Dermoscopy Images
Using Ensembles of Thresholding Methods
M. Emre Celebi, Hitoshi Iyatomi, Gerald Schaefer, William V.
Stoecker14

III-19 Active Contour Tracking of Moving Objects Using
Edge Flows and Ant Colony Optimization in Video
SequencesDong-Xian Lai, Yuan-Hsiang Chang, Zhi-He Zhong

Demos and Exhibit

Demonstrations I (by Leading Project)
14:00–16:00, January 14, Room D

D-I-1 High Fidelity Digitization of Large- Scale andIntangible Cultural Assets(Takashi Matsuyama, Katsushi Ikeuchi, Sonoko Okura,
Yasuhide Okamoto, Tetsuya Kakuta, Rei Kawakami,
Takeshi Oishi, Lyndon Hill, Hiromasa Yoshimoto,
Tatsuhisa Yamaguchi, Takeshi Takai, Shohei Nobuhara)

D-I-2 Archiving Performances of Japanese Traditional
Dramatic Arts with a Dynamic 3D Model — 3D Video
Archiving of Traditional Performing Arts —(K. Aizawa, Y. Iwadate, A. Utsumi, T. Yamasaki, M.
Katayama, K. Tomiyama, K. Hisatomi, H. Yamazoe, S.R.
Han, N.S. Lee, D. Kasai, S. Nakagawa)D-I-3 Cross-Media Search Environments for Education— Software Technologies for Search and Integration
across Heterogeneous Media Archives —(K. Tanaka, Y. Kiyoki, J. Adachi, S. Oyama, T. Tezuka,
H. Ohshima, N. Yoshida, S. Sasaki, Y. Itabashi, M.
Kawamoto, Y. Takahashi, N. Kando, K. Aihara)

D-I- 4 IMAGINE — Federated Associative Search for
Spontaneous Learning(Akihiko Takano, Shingo Nishioka, Yuzo Marukawa,Yuji Koike, Takeshi Morimoto, Shin’ichi Satoh, Norio
Katayama, Hiroshi Mo, Fuminori Yamagishi)

Demonstrations II

13:30–15:30, January 15, Room D
10:30–12:30, January 16, Room D

D-II-1 A Real-Time Hand Gesture User Interface Using a
Multi-Core Stream Processor(Tsukasa Ike, Yasukazu Okamoto)

D-II-2 A Demonstration of Human Detection using Cooccurrence Histograms of Oriented Gradients Feature
Descriptor(Kentaro Yokoi, Tomoki Watanabe, Satoshi Ito)

D-II-3 Photometric Reconstruction in Real Time without
SVD using GPU(Tomoaki Teshima, Hideo Saito, Vincent Nozick, Venceslas
Biri)

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D-II-4 MapBook AiR: AR City Representation System ona Physical Map using Topological Information(Hideaki Uchiyama and Hideo Saito, Vivien Nivesse,
Myriam Servières, Guillaume Moreau)

D - I I - 5 R e a l -T i m e V i d e o - B a s e d R e n d e r i n g f r o m
Uncalibrated Cameras Using Plane-Sweep Algorithm(Songkran Jarusirisawad, Vincent Nozick, Hideo Saito)

D- II- 6 Global Lab: an Interaction, Simulation, andExperimentation Platform based on "Second Life" and"OpenSimulator"(Anette von Kapri, Sebastian Ullrich, Boris Brandherm,
Helmut Prendinger)

D-II-7 Digital Typhoon: Emergency Information System
Enabled By Ranking and Sharing of Multimedia Data
(Asanobu Kitamoto)

D-II-8 Video-rate face detection and tracking using
active stereo-camera(Kazumasa Suzuki, Hiroshi Oike, Haiyuan Wu, andToshikazu Wada)

D-II-9 Panoramic Video Rendering and Display System
Using Probability Mapping Method(Megumi Isogai, Yutaka Kunita, Hideaki Kimata, andYoshimitsu Ohtani)

D-II-10 Virtual 3DCG of the Citadel of Bam(M.R.Matini, E.Andaroodi, H.Y.Yoon, N.Abe, A.
Kitamoto, T.Kawai, K.Ono)

D-II-11 Augmented Reality for Non-Rigid Surfaces(Julien Pilet, Vincent Lepetit, Pascal Fua)

D-II-12 Telepresence System for Outdoor Scene with
Glassless Stereoscopic Display(Maiya Hori, Masayuki Kanbara, Naokazu Yokoya)

Exhibit

E-1 LTU Technologies

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