VISIONAIR VISIONAIR
Stuttgart General Assembly Stuttgart General Assembly Scientific / Science Policy Board Scientific / Science Policy Board
2013, February 18th 2013, February 18th
Stuttgart General Assembly Stuttgart General Assembly Scientific / - - PowerPoint PPT Presentation
Stuttgart General Assembly Stuttgart General Assembly Scientific / Science Policy Board Scientific / Science Policy Board 2013, February 18th 2013, February 18th VISIONAIR VISIONAIR Agenda Welcome Presentation of members Goals of the
2013, February 18th 2013, February 18th
Welcome Presentation of members Goals of the scientific board and scientific policy board Summary of the past recommendations Discussions
(Joe Mambretti)
Conclusion
Scientific Board
and Data Analysis Department at Zuse Institute Berlin, Germany
Center for Advanced Internet Research at Northwestern University, Chicago, USA
the Informatics Institute from the University Universidade Federal do Rio Grande do Sul, Porto Alegre, Brazil
Action in Virtual Environments Research Group at the Max Planck Institute for Biological Cybernetics in Tuebingen, Germany
Design at the University of Bristol, UK Science Policy Board
Department, Poznan Supercomputing and Networking Center, Poznań, Poland
e-IRG( e-infrastructure Reflection Group) and advisor on e-science to the Ministry
Research and Higher Education, Paris, France
e-Infrastructures, department of Information Systems, Ministry of Science and Higher Education, Poland
Microsoft Research Connections, (External Research) Microsoft Research, Switzerland
collaboration”
collaboration”
social impact”
Slide 5 / 10
research community to promote excellence of European research
field of visualisation. European program : « Advanced Digital Visualisation Facilities » Coordinateur : Frédéric Noël (Grenoble-INP)
Budget : 8M€ Subvention : 6.5 M€
VISIONAIR is not a data provider – It processes data coming from applicants/guests. – Available and complete processes should be highlighted
– Image analysis technique (Software referred in VVS) – Increase application knowledge – How to provide in-situ visualisation – Cloud computing visualization services (not adressed) – Streaming High bandwidth networks – Heterogeneity of software (Connection between caves)
Promotion – Difficult to promote the various usages (stiill an issue)
– launch call on specific applications (permanent call policy was selected) – Specialization of facilities could be a direction – Identify the target communities and corresponding services (also recommended by EC after MTR) – towards industry: how to support innovation processes and obtain interest? (stiill an open
question)
Sustainability
– National level must contribute for investments. European should maintain the 'glue' – Focuss on the added value for end-users – We must pay attention to the maturity of technologies and investigate the life-cycle of our technologies and services
Design : 7 projects (4 conducted) Manufacturing : 2 projects Ergonomy : 5 projects (1 conducted) Medecine : 2 projects (1 conducted) Chemistry : 2 projects (1 conducted) Art multimedia : 6 projects (3 conducted) Biology : 1 project Cognition : 5 projects (3 conducted) CSCW : 6 projects(2 conducted) Nature observation : 2 projects Patrimony inheritance : 3 projects (2 conducted) Physics simulation : 5 projects (3 conducted)
Platforms preparation
Define tools, applications and visualization capabilities for further access and promotion
Fill E-map for promotion of TNA platforms
Detailed description of TNA installations, applications and visualization facilities
Assistance in application submits
Platform for project submits, evaluation process. Selection process definition 3 Calls for projects and Open call
Promotion and invitations
Posters, roll-ups, flyers, short movies Conferences, fairs, presentations
–
Action 1: Merging CAx and kinematic model recovering service within VR environments – Action 2: Virtual Factory service – Action 3: Conceptual framework for the integration of Handheld Devices into VR systems – Action 4: Evaluation of interaction potential of Handheld Devices – Action 5: Enhancing 3D models interactions and visualizations with VR devices – Action 6: Annotation capacities for asynchronous collaboration – Action 7: Real-‐time 3D Modeling for Interaction and Presence – Action 8: Action to awareness in 3D environments – Action 9: First versus third person perspective for large scale navigation – Action 10: Deployment of a collaborative software – Action 11: Analysis of existing collaboration tools – Action 12: Framework for interaction devices and tangible interfaces – Action 13: Design of haptic manipulator for immersive VR applications – Action 14: Research into Cognitive Infocommunications
– Action 1: Holographic table – Action 2: Curved visualization system – Action 3: Creating an Interoperability Environment Among Distributed Platforms – Action 4: Collaborative communication and interaction
– Action 1: Modeling the user engagement with Visionair – Action 2: User requirements and expectations capture – Action 3: Mapping user requirements to Visionair resources through enhancement of the resource e-map – Action 4: Framework for modeling and assessing collaboration process within Visionair – Action 5: Conceptual Model for four visualization applications – Action 6: Model based approach for developing collaborative environments
Extension and improvement of existing services
– VVS
– E-MAP
– VAM
New incoming services
– Synthetics Environment
– Interoperability
– VIRCA – UNIKL / UCL – IMMERSIA
– Browser
Extension and improvement of existing services
– VVS
– E-MAP
– VAM
New incoming services
– Synthetics Environment
– Interoperability
– VIRCA – UNIKL / UCL – IMMERSIA
– Browser
Extension and improvement of existing services
– VVS
– E-MAP
– VAM
New incoming services
– Synthetics Environment
– Interoperability
– VIRCA – UNIKL / UCL – IMMERSIA
– Browser
Extension and improvement of existing services
– VVS
– E-MAP
– VAM
New incoming services
– Synthetics Environment
– Interoperability
– VIRCA – UNIKL / UCL – IMMERSIA
– Browser
Extension and improvement of existing services
– VVS
– E-MAP
– VAM
New incoming services
– Synthetics Environment
– Interoperability
– SZTAKI – UNIKL / UCL – IMMERSIA – Utwente – PSNC
Integrated view
– Browser
among sets of software
description of ressources
autostereoscopic displays
sharing capable to integrate standardised data formats
flow replication to N different sites ;
Extension and improvement of existing services
– VVS
– E-MAP
– VAM
New incoming services
– Synthetics Environment
– Interoperability
– SZTAKI – UNIKL / UCL – IMMERSIA – Utwente – PSNC
Integrated view
– Browser
Extension and improvement of existing services
– VVS
– E-MAP
– VAM
New incoming services
– Synthetics Environment
– Interoperability
– SZTAKI – UNIKL / UCL – IMMERSIA – Utwente – PSNC
Integrated view
– Browser