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LAAS, located in Toulouse, France, is a large research laboratory of CNRS, the French National Center for Scientific Research. LAAS is part of the Institute of Information and Engineering Sciences and Technologies (ST2I) of CNRS. It is associated with the University of Toulouse.
Research
LAAS is conducting research, fundamental or applied, in information, communication and systems sciences and technologies in four major areas:
- micro and nano systems and technologies,
- optimization, modeling and control system,
- Critical Computer Systems,
- Robotics and Artificielle Intelligence.
Applications
LAAS has woven a network of partnership in many fields of applications: aeronautics, space, embedded systems, transportation, networks, chemistry, health, environment, energy, defense services.
LAAS is a Carnot Institute, label that emphasizes quality and relevance of the work related to socio-economic issues. The Carnot Institutes Association will open up the multidisciplinary expertise of academic research for the benefit of socio-economic development.
 Learn more
LAAS leaflet
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Award
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Jean-Claude Laprie, researcher at LAAS-CNRS, winner of the Grand Prize
of the French Academy of Science in Informatics
The Grand Prize of the French Academy of Science in Informatics 2009 is awarded to Jean-Claude Laprie, a researcher at LAAS-CNRS for his work in the field of dependable computing. This annual prize of Computer Science and Applications was established in 2007 by the EADS Corporate Foundation. It recognizes the achievement of a scientist in a French laboratory, who has made exceptional contributions to the vitality and influence of computer science research, while building an outstanding cooperation with industry.
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An antibody chip made with Bioplume
for the study of diseases in living cell
The image of a B cells network, living in the immune system, on a chip attached to antibodies made using the Bioplume deposit robot makes the Cover of "Small", an important magazine in the field of nanotechnology. The challenge lies in the fixation of living cells operating on a solid surface. We can thus analyze the networks obtained by imaging of surface plasmon resonance. This is a collaborative work between LAAS, CEA Grenoble and INSERM Grenoble.
 Info+
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