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Henri Maitre
Ecole Nationale Superieure des Telecommunications
Membership Number: 21
Address: Departement TSI, 46 rue Barrault, 75 634 Paris - FRANCE
Email: henri.maitre@enst.fr
Phone: +33 (0)1 45 81 76 55
Fax: +33 (0)1 45 81 37 94
URL:

Biographical Sketch
Henri Maitre was born in 1948. He his a professor of Image Processing and Head of the TSI department at ENST. He received the engineering degree from the Ecole Centrale de Lyon, France, in 1971, and the Docteur es Sciences degree in Physics from the University of Paris VI in 1982. He has taught digital picture processing since 1973 at the Ecole Nationale Superieure des Telecommunications (ENST) in Paris, as an Assistant Professor, an Associate Professor and a Full Professor since 1982. He his Associate Editor of IEEE-SPL and Pattern Recognition, Member of the IEEE-IMDSP Committee. He his a member of the Comité National du CNRS for Section 07 (Computer Science and Signal Processing). His research includes work on image analysis, image understanding and computer vision, and applications in the domains of satellite and aerial image processing, medical image processing, and processing of documents issued from the fine-arts. He has supervised over 45 Ph.D. theses.

Ecole Nationale Supérieure des Télécommunications (GET/ENST)
GET/ENST principle vocation is to train engineers for the public and private sectors of IT. ENST's activities cover all the fields relative to information and communications sciences and techniques. It is located in Paris. It is associated with CNRS (URA 820) The Signal and Image Department (TSI) is one of the 4 departments of ENST; it consists of about 45 permanent academic staff and 50 Ph'D candidates. The Image Analysis and Understanding Group (TII Group) has been investigating image processing, image analysis, pattern recognition, 3D object acquisition and processing for over 25 years. It consists of 8 academic staff and 15 Ph'D candidates. Its main theoretical background is with Morphological Mathematics, Markov Random Fields, Wavelets theory, Fuzzy Sets and Evidence Theory, Spatial Reasonning, Image Fusion theory, etc. The Group currently develops 3 main applications:

1. Aerial and satellite image processing with a special attention to 3D modeling and mapping of urban areas, cartography, data fusion and interpretation.

2. Medical Image Processing and mostly 3D brain imaging from multi modalities, for both anatomical and functional applications Museum objects processing (painting, sculptures, archeological objects, etc.) for archiving, archiving, dissemination and high quality display.


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