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Gaspard-Monge Computer Science Research Laboratory :
The Gaspard-Monge computer science research laboratory (LIGM) is supported jointly by the French National Center for Scientific Research (CNRS), by the Université Paris-Est de Marne-la-Vallée (UPEMLV), by l'ESIEE Paris) and by l'École des Ponts ParisTech (ENPC).
The computer science research laboratory CERTIS of the engineer school École des Ponts ParisTech has joined us since october 2009. The number of permanent researchers working at LIGM is 68 ( CNRS, 32 UPEMLV, 16 ESIEE, 6 ENPC, and 4 from other institutions). The number Ph.D.students is about 70.
The Gaspard-Monge computer science research laboratory carries out research in computer science. The actual themes of research include theoretical computer science, analysis of natural languages, image and signal processing, the common link being the use of formalized methods that aim to accurately describe the phenomena under study.
The computer science research laboratory is composed of five teams that can be identified thanks to their research themes which are at the origin of the projects of the laboratory. These themes are:
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Algorithms, Architectures, Image Analysis and Computer graphics :
The fields of analysis, processing and synthesis of images have experienced, for several decades, a great development as well from the point of view of their applications as from the point of view of the methods used. In this very vast scientific field, the a3si group develop nine research topics which are the following:
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Architectures dedicated to imagery :
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M. Akil : “Our research is real-time implementation of image processing application in different domaines on parallel and dedicated architectures. We are interested in the extension of AAA design methodology (formal methodology called Algorithm Architecture Adequacy) for reconfigurated circuit in order to introduce new optimization heuristics. An inportant part of our work is also focused on parallel model of topological operators for 2D and 3D image processing on parallelsharedmemorymachines…. ”
T. Grandpierre : “In orderto solve the implementation problem of real-time signal and image processing application onto heterogeneous architectures, we contribute…”
E. Dokladalova : “In our research we focus on the design of adaptative and reconfigurable architectures for embedded vision systems….”
L. Perroton: “Our last major contribution was on the parallelization of a tone mapping operator on GPU to be used in a real time driving simulator…”
About ESIEE Engineering :
[UNDER CONSTRUCTION]
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