Propositions de projets européens en cours de

Transcription

Propositions de projets européens en cours de montage
à la recherche de partenaires
Titre du projet
Intelligent building management with motion sensing input device integration
focused on impaired persons
Profils recherchés
Comments
- Type of partner sought: R&D SMEs, universities and research institutes.
- Specific area of activity of the partner: ICT, automation of buildings, wireless
technology, movement sensorics.
- Task to be performed by the partner sought: Preparation of multimedia contents
and scenario developing for case studies. The looked partner should have rich and
universal ICT experience, necessary computer infrastructure for services and
datasets for case studies, partner structure ensuring end-user applications.
Description du projet
small research company is developing electronic modules and building management
systems. Development is focused on essential building automation (lights, VAC,
heating), energy efficiency, security and multimedia. This approach allows to create
intelligent building management solutions for various requirements. It enables to
provide higher added value for the end-users.
The company has already implemented thousands of installations of such a system
on the market (residential or commercial buildings).
For the future development of building automation systems seems to be important
to expand the system by the function of a sort of an assistant for impaired persons.
Also the vital bodily functions of the persons who require constant monitoring is
expected to be developed.
Using the latest computer technologies and in line with commercial trends in home
multimedia and gaming consoles, especially the technology of motion sensing input
device, the company intends to integrate this solution by addition of another control
interface for building management systems. This technology utilizes a set of 3D
sensors that monitor the immediate surroundings and translate any given 3D
interaction model (such as movement of the human body) into a set of
computerized commands.
The implementation of such sensorics into inner and outer environment of the
residential houses, offices, hospitals or other buildings with intelligent management
would significantly expand the capabilities of these systems.
The company intends additionally implement the monitoring of movements or the
monitoring of the vital bodily functions of persons in these buildings.
Référence des appels
eureka
Code
EEN 12 CZ 0746 3NW4 date 15/03/2012
Titre du projet
RDDCULT Rapid development of digital cultural heritage scenarios from highresolution real world data
Profils recherchés
Rich and versatile ICT experience,
Experience in cultural heritage-related ICT applications,
Access to chosen sights and exhibits for 3D scanning,
Established partner networks of possible endusers (historians, cultural
workers, tourism),
Necessary computer infrastructure for services and huge datasets for case
studies,
Preparation of multimedia contents and story developping for case studies.
Description of work to be carried out by the partner(s) sought:
PROFILE 1: endusers (institutes for managing, supervising, protecting cultural
heritage) requirements;
PROFILE 2: high-resolution remote sensing 3D data acqusition;
PROFILE 3: storytelling, providing multimedia content for chosen cultural and
historic sights scenarios;
PROFILE 4: architecture and infrastructure of services framework;
PROFILE 5: object reconstruction and classification, mesh decimation, data
compression;
PROFILE 6: intelligent software agents development;
PROFILE 7: game and GUI development;
PROFILE 8: mobile devices programming.
The project goal is to develop a framework that would enable users to efficiently
and qualitatively represent cultural/historic sights and exhibits by creation of
virtual environments from high-resolution real world data. The focus is on
reconstruction of objects from remotely captured high-resolution 3D point
clouds. Algorithms for surface reconstruction, point classification and data
compression are, together with georeferencing, mesh decimation, feature
extraction and other data filtering techniques, aimed to encourage data
transmission over networks and fast realistic visualisation. The intended project
outcome is neither an interactive GUI-based modelling tool nor an executable
implementation of an interactive 3D viewer, but a system of web services for
interacting i.e. accessing, filtering, transmitting etc. geometric models from a
designated data server. With proper orchestration of carefully designed web
services, programmers – developpers of enduser applications will be able to
develop virtual worlds for arbitrary endusers’ scenarios in a rapid, flexible and
modular manner. Applicability, modularity and generality of the developed
framework will be demonstrated in various case study scenarios addressing
several cultural sights and artefacts throughout Europe, and involving versatile
ways of user engagement with modelled and rendered 3D environments,
including computer games, avatar-guided virtual tours, pre-planned or fully
interactive virtual walks etc.
Although our primary occupation is the call target outcome c), utilization of the
methodology to some aspects of target outcome a) appears a natural and
affordable extension of the proposed web services framework. Intelligent
software agents can be implemented to fuse 3D models with suplementary
multimedia information, jointly transmit them to a client and initiate adequate
construction of adaptive GUI. Consequently, diversity of user engagement modes
can be extended to story-telling, quizes, multimedia presentations of local
cultural/historic sights and exhibits on GPS-equiped mobile devices etc.
ICT-2011.8.2 ICT for access to cultural resources
Code
EURESEARCH date 13/03/2012
Titre du projet
VPH-supporting architecture design and development
Profils recherchés
Experts in several areas are sought. The main issues of the proposal are
modelling and simulation, VPH, infostructures, data transformation, and
integration of heterogeneous data sources.
The work to be carried out by the partners sought will be decided based on the
expertise field of each partner.
Type of partner(s) sought:
Mainly Hospitals, Healthcare organizations and SMEs are sought. A technical
Enterprise would be suitable as coordinator of the proposal.
VPH-supporting architecture design and development is of vital importance as it
comprises information standards, security and interoperability issues. The
implementation of ICT tools, services and infrastructures is prerequisite in order
to obtain more elaborate and reusable multi-scale models along with larger
repositories, so that platform robustness and model reproducibility are ensured.
A number of services supporting VPH should be developed so that models will be
readily available and supported by a high level robust architecture. The main
target of the project is the development of VPH Infostructure containing
sustainable models and data repositories supported by a reliable and efficient
platform. Data will be acquired from heterogeneous sources. Therefore, it has to
follow a standard transformation as to support an open model approach.
The project will be powered by cloud computing technology and biomedical
multi-sensor intelligent platforms.
This project focuses on the improvement of interoperability of biomedical
information and knowledge, which will lead to new knowledge development.
Biomedicine researchers will be provided with a new versatile tool against
various diseases.
ICT-2011.5.2 Virtual Physiological Human
Code
Titre du projet
MOCCA - Mobile Citizen Curator App
Profils recherchés
Required skills and Expertise:
- mobile device design and development
- development of network architecture and infrastructure
- cultural tourism in specific sites
- digital cultural heritage databases
- ontologies
PROFILE 1: develop overall system framework
PROFILE 2: develop apps for Android, iPhone and possibly other platforms
PROFILE 3: develop web-based support system with social networking focus
PROFILE 4: analysis of end-user contributions in context of professional
curatorial role
- organisations responsible for public monuments such as statues, plaques, war
memorials and so on.
- developers of mobile applications across a range of platforms, commercial or
university-based
- academic experts in cultural heritage curation, cultural tourism, local history
and cross-cultural encounters
- organisations specialising in cultural heritage policy
The MOCCA project proposes to design, develop and evaluate a Citizen Curator
service for smart phones that will enable the public to cherish both their local
and national monuments and those they encounter across Europe. The outdoor
monuments of Europe – statues, fountains, war memorials, art sculptures –offer
a rich representation of local and national culture and history in physical form,
but are rarely well understood by the general public. Monuments viewed without
information about their context become meaningless and thus “invisible”.
However they can be a powerful focus for informal learning, connecting local
people with their past in a very direct way.
Monuments also need people to engage with them, in order to help document
and protect them. In many places, these valuable and often irreplaceable
artefacts come under attack, including simple forgetting, neglect, ill-judged
restoration, building development, graffiti, mutilation and theft.
Location aware services, based on mobile phones with fast data connections and
positioning technology, have the potential to reconnect public and monuments
very effectively, to the benefit of both. Delivering relevant information when and
where it is needed, they can help to raise the public’s awareness and
understanding of cultural heritage. Via social networking and user generated
content, they also open up the possibility of more active engagement, enabling
members of the public to receive news of monuments related to their interests
and even to add their own curatorial commentary and report on new
developments and potential threats. In contexts where only sparse "expert"
information is available, user-sourced content can form an informational safety
net, complementing and perhaps contesting existing information and
interpretation.
Building on cloud computing-based services for information sharing, user
generated content and social networking developed in previous projects, and
drawing on databases of the public sculptures of Europe, it will apply and explore
a model of mobile interaction with digital objects to develop a cross platform
environment for public engagement with outdoor cultural heritage.
Code
Titre du projet
Augmented paleontology techniques applied to cultural heritage through the
reconstruction of Concavenator corcovatus dinosaur
Profils recherchés
Type of partner sought: Non Spanish R&D SMEs on post production of
audivisual contents Universities or Research organizations
- Specific area of activity of the partner:
Development of rapid prototyping technologies for 3D printing.
- Task to be performed by the partner sought:
As above: Development of rapid prototyping technologies for 3D printing.
This project is focused on the reconstruction of the Concavenator corcovatus
dinosaur from the Lower Cretaceous of Las Hoyas (Spain) by augmented
paleontology techniques . Its objectives are scientific and informative. Among the
former, a virtual reconstruction of the dinosaur skeleton and its appearance in
life. These objectives serve to the paleobiological hypothesis testing of this
dinosaur. The results will provide a vehicle of great interest to disclose the
progress in research on dinosaurs in the XXI century.
In addition to the reconstruction of Concavenator corcovatus using those
techniques, this project poses other challenges that open new avenue of research
in heritage conservation, one of which is the development of three-dimensional
scanning and printing to enable cost reduction and improved results in the rapid
prototyping process of national treasures today.
Finally, they propose a third line of research focused on 3D scanning of the
Spanish paleontological sites of "Lo Hueco" and "Las Hoyas" to create a digital
archive that allows the exchange of 3D models between researchers around the
world.
ICT-2011.8.2. ICT for access to cultural resources
Code
EEN 12 ES 29h5 3OOP date 23/03/2012
Titre du projet
personalised, interactive and affordable access to cultural resources
Profils recherchés
- Cultural institutions: museums, science centres, etc.
- SMEs specialised in virtual reality, multimodal interfaces, immersive
environment, RFID readers applications
- Information science, computer science research laboratories
Since 2009 Cap Sciences has been involved in R&D projects on ICTs applications in
cultural activities: experimentation of RFID reader, touch-based interfaces and 3D
contents for enhancing interactivity.
The main objective of the project idea is to develop innovative technologies to
enhance the interactivity in the cultural experiences and extend the relationship
with the visitor. The project also aims to foster collaborative/participative
approaches to enrich the exhibitions or other cultural activities with visitors'
opinions, scores or ideas.
RFID readers, multimodal interfaces, 3D and virtual contents will be the technical
devices to contribute to offer a more personalised, interactive and affordable
access to scientific and cultural resources.
Activities
- to research and develop a technical and conceptual framework
- to produce and experiment the innovative technologies
- to implement the case study with a varied audience where the new
technologies will be embedded into a global experience
- to evaluate and disseminate the results and outcomes of the project
Expected outcomes
- to raise awareness on emerging scientific or environmental issues
- to engage people with science and technology
- to develop digital applications among the community
- to overcome sociological and geographical barriers
- to offer interactive cultural experiences
Code
Euresearch 22/03/2012
Titre du projet
E Flocks
Profils recherchés
"Keywords:
UAV (unmanned aerial vehicles)
Regenerative soaring
Multi-agent systems
Distributed artificial intelligence
PARTNER PROFILE SOUGHT
Required skills and Expertise:
Research institutions and companies oriented on some of the following:
Development of sensing equipment and systems, systems integration
Development of radio communication systems
Development of communication systems for mobile networks
Physical modeling, numerical weather prediction
Wireless internet
Firefighting or police units – end users
Required skills and expertise:
Partner 1 and 2:
Expertise in one or more of the following:
Communication systems for mobile networks
Radio communication systems
Wireless internet
Sensing equipment and systems
Physical modeling, numerical weather prediction
Partner 3:
Organizations or institutions that have need of some of the following:
long time surveillance of road traffic,
fire prevention,
bird eye view during rescue operations or catastrophic events,
search for lost persons
Partner 1 and 2:
Research and development of sensing equipment and systems
Development of radio communication systems for mobile networks
Physical modeling, updraft prediction, numerical weather prediction,
development of a physical model for virtual testing of the E-Flock.
UAV legislation, air traffic safety and control.
System integration
Partner 3:
Provide a realistic scenario for pilot application
Cooperate on setting up test beds
Evaluation of a developed system
Partner 1:
University or research institution
Partner 2:
SMEs with required skills and expertise
Partner 3:
End users,
Local government or Municipality,
Police office representatives
Fire department
The general goal of the project is development of a multi-agent system consisting
of small unmanned electric gliders recharged by regenerative soaring for the
purposes of long term observation (E-Flock). The electric unmanned aerial
vehicles (UAV Agents or Agents) will be capable to take-off and fly using an
electric motor. Batteries of the Agents are recharged by regenerative soaring
during flight. After encountering an updraft (thermal, upwind slope lift) an Agent
soars like a sailplane. The propeller works as a turbine and the electric motor
functions as a generator in this mode. The produced energy recharges batteries
and powers the electric equipment of the Agent. Energy gain can be improved
using solar power. This energy harvesting methods enables the UAV Agents to
stay aloft for a long (indefinite) periods of time as the energy of updrafts is in
lesser extent available also during night. The Agents will operate in a loose swarm
and share information on position, weather conditions etc. The agents will
search for updrafts autonomously (but cooperating with the members of the EFlock), optimize their flight trajectories with regard to the mission objectives and
power management, solve critical situations and responds to human issued
instructions. The instructions will be defined as partial and general objectives
instead of detailed commands. The proposed Agents will be based on
commercially available components, quiet and clean, fossil fuel independent and
with very low operational cost.
Because of its unobtrusive character and long endurance the E-Flock is suitable
mainly for reconnaissance and intelligence gathering (e.g. traffic or fire control,
bird eye view during rescue operations or catastrophic events, search for lost
persons, weather forecast, etc.) The E-Flock will operate in low to medium
altitudes and take advantage of the vertical atmospheric motions to extend its
effective range.
We propose the Artificial Intelligence (AI) of the E-Flock to be distributed
between the onboard and a ground based computers. The onboard AI will be
responsible for autonomous flight (full manual radio control is to be installed,
overriding the autonomous behavior), reaction in critical situations (e.g. stall and
spin recovery, parachute deployment etc.), optimization of flight trajectory with
respect to the mission objective and to the atmospheric conditions (power
management) in cooperation with E-Flock, localization and utilization of updrafts
and other tasks. We propose the onboard computer to communicate with the
human operators and the ground AI via GSM and 3G networks. The ground based
system will collect the long time surveillance data, match the data with digital
map of the operational area and interface with the mission control Furthermore,
the ground AI will analyze the weather and wind, inform the Agents on areas
producing updrafts and optimize the E-Flock's overal behaviour.
ICT 2011 2.1: Cognitive Systems and Robotics
Code
Titre du projet
Multifunctional Surgical Helmet
(MSH)
Profils recherchés
1. Company whose primarily expertise concerns the production of optical
instruments, particularly in the field of artificial vision: they must be able to
produce cameras equipped with very high image stabilization system. It is
imperative that the image remains stable despite the operator's head
movements (wearing a helmet). We need one company that produces perfect
Optics, a leading high-definition cameras, one that produces the best image
stabilization system, one that produces the eyepieces or a single visor.
2. Experienced Company on RNA in biomedical field (already started
cooperation with "Neural Companies" Marghera-VE).
3. Company able to produce mechanical support (the helmet).
4. Company expert in creating and managing computer platforms.
5. Healthcare Company (or network of health units) interested in prototype
testing and validation of the results (especially training of specific RNA with
surgery).
6. A structure that deals with the dissemination of information to users and
that deals with administration management. For this task Eurosportello Veneto
agreed to take part in the project.
The overall objective is to create a prototype of a high technology product, which
adds notable contents of research: the "Multifunctional Surgical Helmet" (MSH).
Our specific objective is to bring the MSH to testing practice in surgical field (in
accordance with the procedures laid down by the legislation) and then to
perform an evaluation of the product in a real clinical use. For a possible
commercialisation of the product it is believed that the production of pieces in a
year must take account of the following three types of potential customers:
1) Hospital or healthcare facilities or public and private Universities - national or
non-national, with high purchasing power but that sometimes seems to be
suspicious with regards to specific technologies.
2) Doctors engaged in a surgery in private Clinics (also in dentistry), which may be
very interested in the MSH but with low purchasing power, if put in relation to
the potential cost of it.
3) Organisms and International structures involved in health activities in
challenging environments where there may be a single surgeon for a huge
population and where the surgeon may have to perform actions having not
sufficient experience. Purchasing power is uncertain.
On the basis of information in our possession and on an evaluation of the
possible spread of the product, it is conceivable to reach as a minimum target at
least a 30% of all hospitals in Europe. Each Hospital may need to buy at least one
tool for surgical division (General and Specialist), i.e from 5 to 10 instruments.
Code
Fisrst class 28/03/2012
Titre du projet
Smart, Integrated, and High Tech LED Lighting System Design and Development
Profils recherchés
Optics Design - A company or institution that has expertise in lighting optics
design and optical materials
Optical Materials - A company or institution that has experience in optical
materials and the technology to process them
Electronics - A company or institution that has experience in one or more of the
following fields: Power electronics, wireless communication (RF, ZigBee, GPRS)
modules design, sensor circuit design and programming
LED lighting systems are replacing conventional lighting systems. In near future,
most of the illumination will be performed with lighting fixtures with LED light
sources.
This change triggers also technologies and R&D that will be used in an integrated
fashion with LED fixtures. These technologies are material science, optics,
wireless communications, sensors, automation system, power electronics and
computer/circuit programming. We expect that the successful integration of
these technologies into lighting fixtures are going to create a safer, cleaner and
more energy efficient evnironment.
The project idea is to create a concept for indoor lighting applications including
but are not limited to airport, office, store chain, school, hospital and public
buildings.
Code
ERRIN
Titre du projet
Intelligent integrated system for an efficient energy consumption in urban
public buildings-IES4EcoUrb
Profils recherchés
The approach should involve public authorities at the appropriate level
(national, regional or local), public building owners, building managers.
- The consortia must include ESCOs (energy service companies), ICT providers,
building managers.
---Actions should involve other businesses, public sector organisations, and
citizens, as appropriate.
----Energy service companies (ESCOs) are expected to be involved in pilot
projects, providing innovative business models and indicators for energy
consumption and savings.
The project aims to contribute to the best use of smart digital services mainly by
administration public authorities, by beneficiary citizens and businesses
communities of urban areas across Europe. Implement innovative solutions that
ICT can bring to the energy efficiency services in the benefit of the public
administrations.
The objective is to stimulate the use of innovative digital services supporting
energy-efficient in an urban context by solving the interoperability obstacles
within the existing infrastructures. The project advances integrated approaches
for achieving systemic energy efficiencies and should accelerate the adoption of
these services by the public sector managers/ administrators.
The main target group of those innovative digital services are buildings in public
use or of public interest.
CIP-ICT PSP-2012-6
Code
ERRIN
Titre du projet
An autonomous vehicle platform for a unified testing of planning and
navigation algorithms (AVTPN)
Profils recherchés
Automotive manufacturers
Testing grounds operator
Research Centres/Academic Institutes
Software Vendors (SMEs)
Market research organisations
System Integrators
Developers of autonomous vehicles
·
Developers of algorithms for autonomous vehicles
·
Integration Specialists
·
Navigation algorithms experts
·
End Users (e.g. Homeland Security, Search & Rescue)
Gearing up and accelerating cross-fertilization between academic and industrial
robotics research.
It is proposed to develop a unified experimental platform to test cognitive
navigation and safety systems and algorithms used to operate autonomous
vehicles in a variety of applications. It will serve to evaluate the many algorithms
developed so far for planning, navigation, sensing, reasoning, localization, and
terrain mapping, and where relevant, compare them to the algorithms developed
by the automotive industry. Such a unified test-bed is needed since most
academic researchers cannot afford to experimentally test their algorithms on a
fully functional real vehicle. Providing such a platform to all potential users might
discover algorithms that are superior to those used in several highly visible
competitions.
ICT 2011 2.1: Cognitive Systems and Robotics
Code
Titre du projet
New soft-ware solution for aggregation, monitoring and publication of
environmental and
hazard risk data allocated to geographic coordinates
Profils recherchés
SME, other companies, RTD performer; public administrations
Information Processing, Information System, Workflow Management
- IT and Telematic Applications
- Safety
- Environment
- Infrastructure for social sciences and humanities
The project focuses on objective 1.3. of the current open call in ICT Policy Support
Programme. For
participation in a proposal and in a potential project partners are searched with
the following differing
experience and skills:
- Integration of manifold sensors or measurement systems in a standardized
interface
- Adoption of the special national features (national law, culture, language) in a
general software
approach
- Implementation and evaluation of large scale application service trials
The searched partners can be SME, other companies, public organisations and
R&D providers as
well.
The soft-ware will cover a generic solution for the data collection, aggregation,
archiving and allocation
of the source data to geographic information and spatial distribution, respectively
to GIS (geographic
information system) data.It provides information about environmental data like
river stages, pollution, temperature, ozone, hazardous chemicals etc. It can check
the collected data against reference, warning or critical levels.
In hazard or risk cases it can activate alarm functions or other actions to avoid
critical situations.
The soft-ware will meet the demands of several European Directives like INSPIRE,
Water Framework Directive (WFD) and Flood Risk Directive (FRD).
It enables the counterfeit archiving, distribution and demonstration of data to
authorities, organisations, communities and to citizens. It organises the
presentation in graphical surfaces as well as presentation in scalable geographic
maps with source allocation. It allows a flexible distribution to standard forms or
questionnaires and manages schedules of data according to references, critical or
fatal values and the actions of systems or persons.
It is expected that the new soft-ware solution can meet the demands of the
mentioned European Directives and their implementation in the countries of EU.
It will be suitable for both kind, for legal administration bodies and for NGOs.
CIP ICT-PSP
Code
Fisrt class 03/04/2012
Titre du projet
SUSTPATH – Innovative Services for Energy Efficiency and Sustainable economic
models
Profils recherchés
ICT companies
ESCOS
City councils
( public organisations and from the governments )
universities
Preferable from Northern countries and Germany, but all countries
interest will be discussed.
What?
The SUSTPATH project intends to test an ICT and services platform
oriented to boost energy efficiency especially oriented at publicly owned
buildings and installations. It devises a practical approach taking into account all
steps needed in order to get saving in energy and cost. The project involves
several pilots at Italy, Portugal and Spain.
How?
Four pilots at buildings and installations at several countries across Europe
making use of several customized services integrated in a platform and covering
the different needs of each country, environments and sectors. To get a real cost
and energy reduction, it is necessary to implement several measures none of
them can be achieved without knowing the actual installation characteristics
Who and where?
The Seville City Council and other pilots will test energy efficiency services at
administrative public buildings. schools. Another pilot has to be determined.
Why?
The main objective of the project is to test specific services to get real and
practical energy and cost savings.
Counting on standardization of services under a proven platform, this experience
can be a replicable framework across public administrations in Europe.
CIP ICT PSP
calll 6
Objective 1.1 - Digital
Services for Smart Urban Energy Efficiency. "
Code
first class 03/04/2012
Titre du projet
New software solution for aggregation, monitoring and publication of
environmental and hazard risk data allocated to geographic coordinates
Profils recherchés
Type of partner sought:
Public bodies and communities, companies,SME, R&D performers
The project focuses on objective 1.3. of the current open call in ICT Policy Support
Programme.
For participation in a proposal and in a potential project partners
are searched with the following differing experience and skills:
- Integration of manifold sensors or measurement systems in a standardized
interface
- Adoption of the special national features (national law, culture, language) in a
general soft-ware approach.
- Implementation and evaluation of large scale application service trials.
The software will cover a generic solution for the data collection,
aggregation, archiving and allocation of the source data to geographic
information and spatial distribution, respectively to GIS (geographic information
system) data.
It provides information about environmental data like river stages,
pollution, temperature, ozone, hazardous chemicals etc. It can check the
collected data against reference, warning or critical levels. In hazard or risk cases
it can activate alarm functions or other actions to avoid critical situations.
The software will meet the demands of several European Directives
like INSPIRE, Water Framework Directive (WFD) and Flood Risk
Directive(FRD).
It enables the counterfeit archiving, distribution and demonstration of data to
authorities, organisations, communities and to citizens. It organises the
presentation in graphical surfaces as well as presentation in scalable geographic
maps with source allocation. It allows a flexible distribution to standard forms or
questionnaires and manages schedules of data according to references, critical or
fatal values and the actions of systems or persons.
CIP-ICT-PSP-2012-6
Code
EEN 12 DE 0959 3OP2 date 04/04/2012
Titre du projet
EMPATHY
Profils recherchés
Partner expert in dissemination in scientific and clinical communities;
competencies in setting up an effective web site including an open repository
area for experimental data collected during the project
and developed models; adherence to main standards for interoperability;
expertise of Virtual Physiological Human policies.
Autism spectrum disorders (ASD) are pervasive developmental disorders
associated with disturbances in behavior, cognition, affect, and according to
recent studies with disordered movement. Autistic disorder, sometimes called
autism or classical ASD, is the most severe form of ASD, while other conditions
along the spectrum include a milder form known as Asperger syndrome. Indeed
ASD develops and evolves all lifelong and permeates the human being from
genes to the whole organism. Recent epidemiological studies, conducted in
different regions of the world, have indicated that at least one in every 100
people has some form of autism.
Multiscale data collected in both laboratory and real-life conditions will be
exploited to setup an adequate descriptive and predictive model. This may
significantly contribute to the clinical research and understanding by establishing
relationships/models between biological & clinical data.
FP7-ICT-2011-9, 5.2
Code
First class 04/04/2012

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