ECCV Conference Themes

ECCV 2010
325 papers selected out of 1174 submitted

1. object and scene recognition
2. segmentation and grouping
3. face gesture biometrics
4. motion and tracking
5. statistical models and visual learning
6. matching registration alignment
7. computational imaging
8. multi-view geometry
9. image features
10. video and event characterization
11. shape representation and recognition
12. stereo
13. reflectance illumination color
14. medical image analysis

ECCV 2008
243 papers selected out of 871 submitted

1. recognition
2. stereo
3. people and face recognition
4. object tracking
5. matching learning and features
6. MRFs
7. segmentation
8. computational photography
9. active reconstruction

ECCV 2006
192 papers selected out of 811 submitted

1. recognition
2. statistical models and visual learning
3. 3D reconstruction and multi-view geometry
4. energy minimization
5. tracking and motion
6. segmentation
7. shape from X
8. visual tracking
9. face detection and recognition
10. illumination and reflectance modeling
11. low-level vision segmentation and grouping

ECCV 2004
190 papers selected out of 555 submitted

1. Feature-based object detection and recognition
2. Geometry
3. Texture
4. Learning and recognition
5. Information-based image processing
6. Scale space flow and restoration
7. 2D shape detection and recognition
8. 3D shape representation and reconstruction

ECCV 2002
226 papers selected out of 600 submitted

1. active and real-time vision
2. image features
3. visual motion
4. surface geometry
5. grouping and segmentation
6. stereoscopic vision
7. structure from motion
8. shape object recognition
9. color and shading vision systems
10. statistical learning
11. robot vision and calibration

ECCV 2000
116 papers selected out of 266 submitted

1. recognition and modelling
2. stereoscopic vision
3. texture and shading
4. shape
5. structure from motion
6. image features
7. active real-time and robot vision
8. segmentation and grouping
9. vision systems engineering and evaluation
10. calibration
11. medical image understanding
12. visual motion

Source:: Springer website

European Conference on Computer Vision (ECCV)

No Year Place Country, Date
12. 2012 Firenze, Italy  (To be held), October 7-13
11. 2010 Heraklion, Crete, Greece, September 5-11
10. 2008 Marseille, France,  October 12-18
9. 2006 Graz, Austria, May 7-13
8. 2004 Prague, Czech Republic, May 11-14
7. 2002 Copenhagen, Denmark, May 28-31
6. 2000 Dublin, Ireland, June 26 - July 1
5. 1998 Freiburg, Germany, June 2-6
4. 1996 Cambridge, UK, April 15-18
3. 1994 Stockholm, Sweden, May 2-6
2. 1992 Santa Margherita Ligure, Italy, May 19-22
1. 1990 Antibes, France, April 23-27

Papers of these conferences are available in Springer

Source:: http://www.informatik.uni-trier.de/~ley/db/conf/eccv/index.html

Center for Research on Bangla Language Processing

The Center for Research on Bangla Language Processing (CRBLP) of BRAC University is currently conducting research projects that deal with Bangla language processing. At present the research team is working on Bangla Document authoring, Information Retrieval, Optical Character Recognition, Speech Processing and others
This center is supported in part by a grant from the PAN Localization Project (PanL10n) of the International Development Research Centre (IDRC) of Ottawa, Canada.

Address
66, Mohakhali, Dhaka-1212
Phone: +88 (02) 8824051-4 Ext:4023
Fax: +88 (02) 8810383

Around 40 Full text papers are available to download.
Very Professional. Comparable to any European University

http://crblp.bracu.ac.bd/index.php

There is a BLOG also available. But it is not active after 2009.
http://crblpocr.blogspot.com/

BRAC
In 1972  Bangladesh Rehabilitation Assistance Committee  (BRAC) begins relief and rehabilitation operations in Sulla, Sylhet, following the end of Bangladesh’s War of Liberation. In 1973 BRAC was renamed Bangladesh Rural Advancement Committee as it activities  transform from relief and rehabilitation to long term community development. In 2001 BRAC University was eshtabilished.

Basilis Gatos

His main research interests are in Image Processing and Document Image Analysis, OCR and Pattern Recognition. He is a member  of the International Journal on Document Analysis and Recognition (IJDAR) and program committee member of (e.g.  ICDAR,  ICFHR  CBDAR 2011, AND 2011, International Workshop on Historical Document Imaging and Processing 2011).



Document Imge Analysis (DIA) Research:

• Document Image Enhancement
• Typewritten OCR
• Handwritten OCR
• Word spotting
• Page Segmentation
• Page Segmentation & Handwriting Segmentation Evaluation :
• Line and Table Detection:
• Camera Based Document Analysis & Recognition:
• Text Identification in Web images:

 FULL TEXT PAPERS ARE AVAILABLE TO DOWNLOAD

Journals : 25
Conferences: 85 (before 1996 papers are not available to download)

http://users.iit.demokritos.gr/~bgat/index.htm

Bookmarks 5

IIIT Hyderabad,Phd Student Thesis Page
http://cvit.iiit.ac.in/thesis/millionPHD2008/

Web Sites on Image Processing
http://www.hal.t.u-tokyo.ac.jp/~pasqual/image.html

Fast and Accurate Ground Truth Generation for Skew-Tolerance Evaluation of Page Segmentation Algorithms
http://www.hindawi.com/journals/asp/2006/012093/abs/

=>[I]
Information Technology Foundation for Research
http://itfrindia.org/journals/ijise/index.php

IJCA - intl journal on Computer Applications
http://www.ijcaonline.org/ijca-statistical-data
International Journal of Computer Applications

Nikon | Imaging Products | Digital SLR Camera Basics
http://imaging.nikon.com/history/basics/04/05.htm
This is Nikon Imaging Website.

=>[O]
Graph Theory Lesson 7
http://oneweb.utc.edu/~Christopher-Mawata/petersen/lesson7.htm

=>[S]
Digital Image Processing – Lecture 8 « Syed Ghazanfar Abbas Rizvi's Blog
http://sgar91.wordpress.com/2011/04/16/digital-image-processing-lecture-8/

=>[V]
VIMAS Technologies - Image Processing - GIF Compression and Optimization
http://www.vimas.com/ve_gif.htm
software development company specializing in: applications development
based on the voice, audio and image digital signal processing algorithms;
general applications development; outsourcing.