Creative Alliance in Research and Education focused on Medical and Service Robotics (CARE– Robotics) aims towards the improvement of an organization structure (union) in the field of administration and therapeutic mechanical autonomy to characterize clear future research bearings for additionally joint works inside other European research ventures. This collusion is facilitated by Prof. Hannes Bleuler (LSRO) as venture administrator having as Swiss co-candidate Prof. Francesco Mondada (LSRO) and accomplice chiefs: Prof. Doina Pisla (CESTER) and Prof. Aleksander Rodic (IMP).

The partnership could give another measurement of the system capabilities on the European guide. Other than the system organizing and the usage, the Robotics Laboratory, IMP, Serbia is characterized as the Eastern-European Pilot Center which is the principal venture recipient keeping in mind the end goal to demonstrate the proficiency of this new Alliance for its future instruction and research exercises in apply autonomy.

The key destinations of CARE-Robotics are:

Build vital organization of Eastern European Institutions (EEI) with noticeable Swiss research foundations; Reinforce S&T magnificence in like manner examine regions, by means of various joint exercises inside the vital association systems; Combine and total abilities and involvement in center research territories and demonstrate EEI capacity to embrace high-affect ICT ventures that contribute most to local feasible advancement; Recruit conscious experienced specialists and directors with broad universal experience, demonstrated production record and research venture obtaining, and administration capacities; Upgrade explore hardware to supplement working of abilities of EEI's analysts in chose ICT ranges; Organize joint occasions so as to escalate arrange building and trade of know-how with key accomplices and other welcomed players from EU ICT segment; Promote recently settled provincial brilliance focuses through imaginative Semantic Web entry, discussions, sites, electronic pamphlets, consistent official statements, leaflets, and by means of standard contacts with every single local partner; Regularly and dispassionately evaluate the accomplishment of the above key-targets, set appraisal criteria, distinguish potential hazard sources chance, the likelihood of expected effect, and outline proficient emergency courses of action to correct their effect.

The premises for future advancement of this new collusion are the examination and instruction foundation of each accomplice and additionally the extraordinary hypothetical and connected consequences of the key individuals engaged with the venture. They will permit the depiction of the real introduction of the system both in the arrangement time frame and in additionally the exercises after the finish of the venture. This introduction could lead from the exploration perspective to an information based apply autonomy advancement and from the instructive perspective to an information based-society considering the long life learning segments - mechanical autonomy from the adolescence to Ph.D. inquire about. The significant introduction is towards robotized frameworks for therapeutic applications (eg: surgery, insignificantly obtrusive intercessions, restoration, medicinal test systems, home care frameworks and so forth) which joint three of the apply autonomy fields: preparing mechanical technology, exploratory apply autonomy and administration apply autonomy.



Objectives

The target of 3-years CARE-Robotics venture respects to expanding research and institutional limits and capacities and opening examination capability of the East European scholastic and R&D Institutions EEI (Center for Industrial Robots Simulation and Testing (CESTER), Technical University of Cluj-Napoca, Romania and Robotics Laboratory, Institute Mihajlo Pupin (IMP), University of Belgrade, Serbia), transforming them into a perspective with regards to multidisciplinary ICT fitness.

On the off chance that the venture is effective, the recipient establishments from Serbia and Romania will end up plainly territorial perfection habitats for ICT and particularly for mechanical technology, completely coordinated into the European Research Area (ERA), equipped for helping the various partners in the locale (Universities, Research foundations, IT organizations, SMEs in IT division and so forth.) to reinforce their EU intensity in correlative regions.

This will be accomplished by picking up and improving multidisciplinary ICT fitness fundamental for unpredictable, high effect mechanical application advancement, through vital association and trade of know-how with conspicuous Switzerland investigate foundation at Laboratoire de Systemes Robotiques (LSRO), EPFL Lausanne. The collaboration has just been concurred and intrigue communicated in relating Letters of Commitment among 3 explore organizations specified above, speaking to Switzerland (as facilitator), Serbia (Category An) and Romania (Category B).

Management



Steering Committee

Prof. Dr.-Ing. Peter Ryser.,EPFL Director of Microtechnique Section
Prof. Dr.-Ing. Radu Munteanu, Rector of TU Cluj-Napoca
Prof. Dr.-Ing. Sanja Vraneš, IMP Director of Science

Project Management Board

Prof. Dr. Hannes Bleuler, Direcor of EPFL LSRO, Switzerland
Prof. Dr.-Ing. Doina Pisla, Director of CESTER, Romania
Prof. Dr.-Ing. Aleksandar Rodić, Head of Robotics Laboratory of IMP. Serbia
The Head of Project Management Board is Coordinator of the project Prof. Hannes Bleuler.

Project director / Coordinator

Prof. Dr. -Ing.Hennes Bleuler
Laboratoire de systèmes robotiques (LSRO)
EPFL-STI-IMT-LSRO
ME A3 484 (Bâtiment ME)
Station 9
CH–1015 Lausanne, Switzerland
Tel. : +41 21 693 38 25
Fax : +41 21 693 38 66
Email: hannes.bleuler@epfl.ch

Project co-directors

Dr.-Ing. Francesco Mondada
Laboratoire de Systèmes Robotiques
EPFL - IMT - STI
Office MEB330, building ME
Station 9
CH-1015 Lausanne, Switzerland
Email: francesco.mondada@epfl.ch
Tel: [+41 21 69] 37357
Fax: [+41 21 69] 37807

Prof. Dr.-Ing. Doina PISLA
Technical University of Cluj-Napoca, Machine Building Faculty
Muncii Ave. 103-105, 400641 Cluj-Napoca, Romania
Tel: +40-264-401684, Fax: +40-264-401765
Email: doina.pisla@mep.utcluj.ro

Prof. Dr.-Ing. Aleksandar Rodić
University of Belgrade
Institute Mihailo Pupin
Robotics Laboratory, Volgina 15
Zvezdara, 11060 Belgrade, Serbia
Tel: +381-11-2776-174, Fax: +381-11-2776-583
Email: aleksandar.rodic@pupin.rs