DIGISCOPE 2010 Acronyme du projet - Institut Farman - ENS Cachan
DIGISCOPE 2010 Acronyme du projet - Institut Farman - ENS Cachan
DIGISCOPE 2010 Acronyme du projet - Institut Farman - ENS Cachan
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APPEL A PROJETS EQUIPEX /<br />
CALL FOR PROPOSALS<br />
<strong>2010</strong><br />
<strong>DIGISCOPE</strong><br />
SCIENTIFIC SUBMISSION FORM B<br />
bandwidth network and also linked to high-performance computing facilities such as<br />
Teratec. Together, these nodes will form the <strong>DIGISCOPE</strong> infrastructure and provide the<br />
world's most advanced system for real-time collaboration across heterogeneous platforms.<br />
2.1. ORIGINALITY AND INNOVATIVE FEATURE OF THE EQUIPEMENT PROJECT<br />
<strong>DIGISCOPE</strong> will provide a unique set of platforms to a wide range of users from the Plateau<br />
de Saclay Campus and beyond. As such, it is a structuring component for the academic<br />
institutions of the Saclay Campus but also for the many in<strong>du</strong>strial actors of the area,<br />
including SMEs.<br />
<strong>DIGISCOPE</strong> is unique because of the type and performance of each platform, the number of<br />
platforms, their ability to support collaborative work and their availability to outside users.<br />
This will enable research and teaching activities, multidisciplinary collaborations and rich<br />
interactions with in<strong>du</strong>stry that no other facility can provide today for the targeted<br />
applications.<br />
First, <strong>DIGISCOPE</strong> will provide unique research facilities for the computer science groups<br />
working on interaction, visualization and collaboration. There is no other example in the<br />
world of such a concentration of state-of-the-art equipment to study, develop and test<br />
advanced interaction, visualization and collaboration techniques. This is particularly<br />
important for collaboration: without the close vicinity among some of the nodes it is simply<br />
not possible to properly study remote collaboration scenarios and develop appropriate<br />
solutions.<br />
<strong>DIGISCOPE</strong> will also foster collaborative research among the partners on modeling and<br />
simulation. New algorithms such as Re<strong>du</strong>ced-Order Modeling now support a very<br />
condensed representation of mechanical systems including design variables, control<br />
variables and environmental parameters. This could be used in collaborative Visualization<br />
environments for direct manipulation, real-time simulation, online analysis, haptic<br />
manipulation of high-fidelity virtual systems with real-time feedback and dynamic<br />
evolution.<br />
Second, <strong>DIGISCOPE</strong> will facilitate multidisciplinary scientific collaborations. The nature of<br />
the equipment and the availability of multiple nodes will make it easy for scientists from<br />
different disciplines or specialties to get together, confront their data, test new hypotheses,<br />
etc. We are confident that <strong>DIGISCOPE</strong> will enable new forms of multidisciplinary work<br />
because of the unique affordances of the interactive technologies that will be made available<br />
to a large and diverse audience.<br />
Third, <strong>DIGISCOPE</strong> provides a unique opportunity for in<strong>du</strong>stry to use research prototypes<br />
for their own needs, whether it is analyzing large datasets or con<strong>du</strong>cting computer-assisted<br />
engineering (See the letters of support from in<strong>du</strong>stry in appendix 6.5). This will be<br />
particularly facilitated by the two competitivity clusters in ICT in the greater Paris area,<br />
Systematic and Cap Digital, which gather hundreds of companies, large and small. In return,<br />
this will also provide researchers with unique access to case studies from in<strong>du</strong>stry. In this<br />
way, DIGISICOPE will greatly contribute to a better integration between research and<br />
innovation in a number of domains.<br />
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