CARDIAC - Advancing Research & Development in the area of accessible & Assistive ICT: Difference between revisions

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{{Project                                         
{{Project_Contract
      |acronym=CARDIAC               
|image=Cardiac_logo.jpg                  
      |logo=Cardiac_logo.jpg
|project_title=CARDIAC - Advancing Research & Development in the area of accessible & Assistive ICT
      |project_title=
|acronym=CARDIAC
      |contract_number=  
|donor=European Commission
      |funding_period=01/03/2010 to 28/02/2013
|lead_partner=[[Ecole Polytechnique Federale De Lausanne]]
      |coordinator=[[Patrick Roe]]
|call=Seventh Framework Programme
      |funding_agency=European Union for EPFL
|link_call=http://ec.europa.eu/research/fp7/
      |total_cost=€57,790.00  (CNTI Budget) <br>
|agreement_number=248582
€499,991.00 (Total Budget)
|partners=[[Central Remedial Clinic]]<br>[[Cyprus Neuroscience and Technology Institute]]<br>[[Universidad del País Vasco]]<br>[[Consiglio Nazionale Delle Ricerche]]<br>[[Evangelische Stiftung Volmarstein]]<br>[[John Gill Technology Ltd.]]<br>[[Smart Homes]]<br>[[University of Oslo]]<br>[[Technion - Israel Institute of Technology]]<br>[[Foundation for Research and Technology Hellas]]<br>[[Univesdidad De Sevilla]]<br>[[Universidade Technica De Lisboa]]
      |partners=EPFL, Central Remedial Clinic, CNTI, UPV/EHU, CNR, Evangelische Stiftung Volmarstein, John Gill Technology Ltd, Smart Homes, Department of Informatics, University of Oslo, Technion - Israel Institute of Technology, FORTH-ICS, ATC-US, FMH, GSA
|countries=Switzerland, Cyprus, Spain, Italy, England, Norway, Israel, Greece, Portugal
       |website=http://www.cardiac-eu.org/
|cost=€499,991.00
}}
|grant=€499,991.00
 
|cost_fwc=€57,790.00
The project is developing a series of roadmaps for future research and development in the area of accessible and assistive information and communication technology systems.
|grant_fwc=€57,790.00
      |start_day=01
      |start_month=03
      |start_year=2010
      |end_day=28
      |end_month=02
       |end_year=2013
|description=Use of Structured Dialogue to develop roadmaps regarding inclusive human-machine interactions, network-based applications and the transfer process.
|main_page=[[CARDIAC]]
|website= http://www.cardiac-eu.org/
|about=
|title_header=CARDIAC project
|content_header=To create a platform that can bring together the various stakeholders in the area of accessible and assistive ICT with a view to identifying research & development gaps and emerging trends, and generating a research agenda roadmap.
|overall_objectives=To develop a series of roadmaps for future research and development in the area of accessible and assistive information and communication technology systems.


In particular it will concentrate on:
|specific_objectives=In particular it will concentrate on:


*inclusive human-machine interactions
*inclusive human-machine interactions
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*the transfer process itself, which includes the transfer of technology and the making of the business case
*the transfer process itself, which includes the transfer of technology and the making of the business case


Various techniques are being used including [[structured dialogue]] and Wiki discussion groups as well as direct contact with key players.  
Various techniques are being used including [[Structured Democratic Dialogue]] and Wiki discussion groups as well as direct contact with key players.  
 
|title_footer=General Description
==Accessible User Interfaces==
|content_footer=A roadmap is being developed to produce:
For many people with disabilities accessibility of information and communication technology systems is determined by whether they can easily operate the user interface. In recent years there have been dramatic changes in user interface design particularly for mobile and hand-held devices. In some cases this has meant that a previously accessible device is no longer accessible.
 
A roadmap is being developed to produce:


    Clear proposals on what technologies need to be supported. E.g. Eye tracking, Voice/gesture reckoning, Wearable devices, Smart displays, etc.
*Clear proposals on what technologies need to be supported. E.g. Eye tracking, Voice/gesture reckoning, Wearable devices, Smart displays, etc.
    Clear inputs on what methodologies have to be investigated. E.g.. Adaptive UI design, Accessibility evaluation guidelines (for devices, services and applications)
*Clear inputs on what methodologies have to be investigated. E.g.. Adaptive UI design, Accessibility evaluation guidelines (for devices, services and applications)
    Clear contributions on what kind of tools should be developed. E.g.. Automatic accessibility verification/design tools, Accessible User Interface Description Languages, etc.
*Clear contributions on what kind of tools should be developed. E.g.. Automatic accessibility verification/design tools, Accessible User Interface Description Languages, etc.


In recent years, a large number of international projects had to address the need for guaranteeing accessibility and usability in user-system interaction. To this end, a number of diverse approaches, methodologies and technologies have been roposed. Many research and development activities have been carried out on different aspects of accessibility of ICT equipment and services with an Assistive Technology approach, and more recently, the Design for All approach has been explored.
In recent years, a large number of international projects had to address the need for guaranteeing accessibility and usability in user-system interaction. To this end, a number of diverse approaches, methodologies and technologies have been proposed. Many research and development activities have been carried out on different aspects of accessibility of ICT equipment and services with an Assistive Technology approach, and more recently, the Design for All approach has been explored.


Positive results have been achieved following both approaches. In particular, accessibility problems of specific groups of users have been addressed through Assistive Technology (AT) based adaptations, and systematic Design for All approaches have been elaborated and applied in various domains at a research level. Still, the field is currently in need of a breakthrough towards the adoption in practice of design approaches, based on the accumulated knowledge, leading to accessible and usable inclusive interfaces.
Positive results have been achieved following both approaches. In particular, accessibility problems of specific groups of users have been addressed through Assistive Technology (AT) based adaptations, and systematic Design for All approaches have been elaborated and applied in various domains at a research level. Still, the field is currently in need of a breakthrough towards the adoption in practice of design approaches, based on the accumulated knowledge, leading to accessible and usable inclusive interfaces.
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==Dissemination==
 
}}
 


==External Links==
==External Links==
*[http://www.cardiac-eu.org Official Website]
*[http://www.cardiac-eu.org Official Website]
*[http://cyprus-sdd-cardiac.wikispaces.com/ Wiki for the Virtual SDD done before the 1st SDD]
*[http://cyprus-virtual-sdd-cardiac.wikispaces.com Wiki for the 1st SDD done in Cyprus]
*[http://userinteraction-sdd-cardiac.wikispaces.com/ Wiki for the 2nd SDD done in Spain]


[[Category:Future Worlds Center Projects]]
 
[[Category:Funded Projects]]
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