AAU - Aalborg University
Center for TeleInfrastruktur (CTiF) of Aalborg University (AAU) is the project coordinator of eWALL. CTiF/AAU has large experience in ambient assisted living and e-health domain, having coordinated several activities, also including pilots for independent living of elderly people based on innovative, intelligent and scalable services that support in particular the group of elderly with cognitive problems or mild dementia. In eWALL CTiF/AAU will be actively invovled in capturing of user- and system-requirements, design and development of the eWALL system including both the home and cloud environment, development of services and applications and running pilots to validate the concept. CTiF/AAU will also be involved in the dissemination, standardization and exploitation activities.


HP - Hewlett Packard Italiana SRL
HP main focus will be: 

  • Participation in user & technical requirements analysis and architecture design
  • Participation in Development of cloud middleware services and eWALL platform implementation
  • Co-Leading of WP5 (Personalized Services & applications) with focus on Intelligent context-aware service bricks and eWALL applications
  • Technical support of overall system integration and validation and pilot execution 



ENT is an industrial partner that is present in all WP's. ENT's main responsibility is to lead the WP4 and together with other involved project partners to develop the eWALL platform. We have responsibility in WP2 to create eWALL overall architecture and in WP6 to help with integration activities too. Additionally to that direct work we have plans for further exploitation of eWALL results in creating new or improving existing products.

RRD - Roessingh Research and Development BV

Roessingh Research and Development (RRD) is an SME in the area of Telemedicine and Rehabilitation Technology. RRD has a strong connection to end users, and will take a primary role in the user requirements and evaluation studies in the project. Based on the extensive experience in developing personalized telemedicine applications, platforms and services, RRD will also contribute to the development of an intelligent decision support system to support eWall users in the Caring Home.

IRCCS - San Raffaele S.p.A.

The San Raffaele Pisana Scientific Institute for Research, Hospitalization and Health Care (IRCCS in the Italian acronym) is accredited by the Italian National Health Service and represents the core of all clinical facilities of the San Raffaele Network spread over the national territory. 
The longstanding tradition and mission of the Institute is rehabilitation care and research in different areas, the focus of IRCCS San Raffaele Pisana in the project lies on requirements identification, end-user management, treatment evaluation, data management, demonstration and epidemiological support to the study.
CURE - Center for Usability Research & Engineering (until end Mar 2014)

The role of CURE in eWALL is three-fold: 
  • User involvement and user requirements analysis: CURE is responsible for leading the requirements analysis process, from the task of user profiling up to researching the field of ADL support technologies and driving the eWALL concept development.
  • Evaluation of eWALL in lab and field trials: CURE develops the evaluation framework for eWALL that includes the procedures, the tools and the setup that are used in the assessment of eWALL throughout its development.
  • Dissemination, exploitation and demonstration activities: CURE contributes to the scientific dissemination of WALL and leads the demonstration activities in Austria.
AIT - Research and Education Laboratory in Information Technologies

AIT's research will be centered on the following four areas: 
  • The selection or design of the devices and sensors to monitor the in-house activities, their networking and their reliable operation 
  • The processing of signals from these devices and sensors in order to extract context of the elderly home and its occupants, effectively transforming the home into a centre for perceived metadata, able to support eCare and eHealth services 
  • Metadata fusion and event reasoning, and 
  • System integration, validation, prototyping & deployment.

UPB - Universitatea Politehnica din Bucuresti

UPB will have the following roles in the project:
  • the development of the eWALL platform (semantic modelling, cloud middleware services and eWall system development).
  • the development of system requirements and contibutions to overall architecture definition 
  • the development of efficient sensor communication techniques the support of the overall system integration


  UKIM - Ss. Cyril and Methodius University in Skopje

UKIM is involved in all eWall packages. Its efforts are focused on the technical requirements and the interoperability issues of the eWall devices and platform and their integration, optimization, validation and evaluation within the entire eWall concept. UKIM will also participate in the development of the eWall large-scale demonstrator.
UOM - Javna Ustanova Univerzitet Crne Gore Podgorica (Centre for Telecommunications)

The research and practical experience that UoM-Centre for Telecommunication  has in the areas of wireless communications and communication networks will bring added value to eWALL consortium in: indoor propagation channel models, interference issues among different short and medium range wireless communication systems,improving PHY layer reliability and range of wireless sensor networks,energy efficient communications in sensor networks,addressing technical requirements for the specific use case scenarios,design and development of protocols guaranteeing reliable and secure communication for eHealth applications,analysis of the overall developed architecture, processing and fusion of heterogeneous collected data. The Centre will also have a significant role in dissemination activities.

TUS - Technical University of Sofia

TUS role in the project:
  • TUS is leader of WP5. 
  • TUS will contribute by analysis on requirements, identification of generic functions and definition of intelligent context-aware service bricks (Task 5.3). 
  • TUS will play a major role in the development of eWALL services and applications that use data and lifestyle patterns and information (Task 5.4) and the design and development of systems for decision-making and innovative services and applications. 
  • Other major role of TUS in the project is is related to the pattern recognition, identification, classification, segmentation and audio-visual analysis of humans and human faces (Task 3.4). 
  • TUS will take active part in the process of semantic modelling and development of intelligent decision support system (Task 4.3 and 4.4). 

UNIZG-FER - University of Zagreb (Faculty of Electrical Engineering and Computing) 

UoZ, FER, group of Professor Simunic will contribute to technical optimization, system simulation, intelligent data analysis, wireless sensors and radiolocalization and environment mapping. It will take part in use case development, validation and evaluation methodology, localization and patient tracking, data correlation and support system, intelligent data analysis and application development. The most of the work will be as coordinator of WP6, dealing with integration, optimization, evaluation and validation of the prototype.
STELAR - Stelar Security Technology Law Research UG

Stelar will develop technical concepts that will enable eWALL users to choose a high level of privacy protection. To improve market uptake the research will result in a legal Privacy-by-Design method for European eHealth solutions as well as proposals for policymaking and technical standardization.

ATE - AIT Austrian Institute of Technology (from April 2014)

The AIT Austrian Institute of Technology is Austria┬┤s largest non-university research institute, specialist on research and development activities of technologies, techniques and tools of key infrastructure solutions of the future. 
Within eWALL ATE will contribute to the user requirement analysis and the use case scenario definitions (WP2). Furthermore, ATE will be involved in the integration, optimization, validation and evaluation process (WP6), the dissemination, exploitation and standardization activities (WP7) and the demonstration (WP8) in order to ensure that the developed technologies are aligned to the needs from end-users.



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