Computer Vision and Graphics
Sponsored by the Israeli Ministry of Science and Technology
You are invited to attend the Workshop on Computer Vision and Graphics, funded by the Israeli Ministry of Science and Technology as part of the Infrastructure Research program.
The talks will be given by leading Computer Vision/Graphics researchers from multiple Israeli Universities, about their current research, under the Infrastructure Research program.
The tentative schedule of the talks is given bellow.
Registration: This workshop is open to the scientific, engineering and industrial community, free of charge . In order to be able to attend the workshop, however, you need to register by sending an Email with your name and affiliation to the following address: MostWorkshop2007@gmail.com
Location and Directions: The Workshop will take place at the Weizmann Inst. of Science, Rehovot, Ebner Auditorium.
For driving instructions see:
directions to Weizmann Institute .
directions to Ebner Auditorium (Ebner Auditorium is building number 11 in the map) .
See you on Oct/30
Yoav Schechner (Technion) - Workshop program coordination.
Michal Irani (Weizmann Inst.) - Workshop local arrangements.
Gideon Ariely (Ministry of Sci. and Tech) - Head of CS and Adv. Tech. Div.
Here is a tentative schedule (most recent update 23/10/07).
Time |
Speaker |
Title |
|
Opening – Dr. Gideon Ariely, Ministry of Science |
|
|
Research Project : Advanced methods for reconstruction of three-dimensional synthetic objects |
|
|
Ariel Shamir |
Project Overview
|
|
Ariel Shamir |
Simultaneous reconstruction and skeleton
extraction |
|
Yuri
|
Articulated Object Reconstruction and Motion
Capture from Depth Video |
|
Ayellet
|
View-Dependent Reconstruction |
|
Yaron
|
Robust Surface Reconstruction |
|
Anath
|
A Neural Network Technique for Re-Meshing of
Medical Micro-Structures |
|
Coffee Break |
|
|
Research Project : Computer Micro-Vision |
|
|
Yoav
|
Project Overview |
|
Aryeh
|
A novel spectral microscope: application to spectral unmixing and color multiplexing |
|
Yoav
|
Optimal Multiplexing within Fundamental Limits
|
|
Ehud
|
Computer-aided Diagnosis in microscopy
|
|
Research Project : Development of algorithms based on visual mechanisms to enhance and enable diagnosis of tumors in different imaging modalities |
|
|
Sara Apter |
Clinical motivation for
companding HDR CT images |
|
Hedva
|
Overview of the suggested algorithms |
|
Hadar
|
Companding (compression and expanding) HDR CT
images |
|
Michael
|
Optimization methods for the display of HDR CT images |
|
Lunch Break |
|
|
Research Project : The Gist of Video |
|
|
Shmuel
|
Project Overview |
|
Danny
|
Applying Property Testing to Image and Video
Segmentation |
|
Hagit
|
Adapting GCK Pattern Matching to Video search
and compression |
|
Michal
|
Summarizing Visual Data Using Bidirectional
Similarity |
|
Shmuel
|
Webcam Synopsis |
|
Coffee Break |
|
|
Research Project : Object Categorization and Recognition |
|
15:40-15:50 |
Shimon Ullman |
Project Overview
|
|
Leonid Karlinsky |
Unsupervised category learning by Consistency Amplification |
|
Dan Levi |
Learning to detect an object part with diverse appearances |
|
Shai Litvak |
Approximated Inference by Simplified Belief Propagation |
|
Michael Dinerstein (to be confirmed) |
Detecting articulated objects |