Research Studio
Pervasive Computing
Applications
Research Studio PCA accelerates the development of future ICT systems,
in which human attention is at the very center.
Research Studio PCA is pushing the development of future ICT systems that focus on human attention.
Aware Systems & Cognitive ICT
The Research Studio Pervasive Computing Applications in Vienna and Linz is headed scientifically by Prof. Dr. Alois Ferscha and operationally by DI Benedikt Gollan. It is one of six Research Studios of the RSA FG.
Pervasive Computing Applications – PCA pushes the development of future ICT systems in which human attention is the main focus. Instead of general-purpose computers and individual devices, there will be a multitude of tiny, embedded, spontaneously networked and wirelessly communicating systems that interact in a targeted manner to support people unobtrusively in various activities. Computers thus merge with the physical world and disappear from the user’s perspective as individual, identifiable objects.
AR Assistance Application | Research Studio PCA
In this process, information technology should take a back seat or not require any special attention, so that people can concentrate fully on the accomplishment of their tasks and their lives. Technology that wants to appear “intelligent” must therefore be embedded in hardware and software systems.
One of the major challenges in research and development is the machine recognition of situations, activities, attention and emotional states. For this purpose, the Research Studio PCA uses sensor-based recognition and prediction methods based on mathematical methods of pattern recognition and proprietary developments of special hardware.
Aware Systems & Cognitive ICT
The Research Studio Pervasive Computing Applications in Vienna and Linz is headed scientifically by Prof. Dr. Alois Ferscha and operationally by DI Benedikt Gollan. It is one of six Research Studios of the RSA FG.
Pervasive Computing Applications – PCA pushes the development of future ICT systems in which human attention is the main focus. Instead of general-purpose computers and individual devices, there will be a multitude of tiny, embedded, spontaneously networked and wirelessly communicating systems that interact in a targeted manner to support people unobtrusively in various activities. Computers thus merge with the physical world and disappear from the user’s perspective as individual, identifiable objects.
AR Assistance Application | Research Studio PCA
In this process, information technology should take a back seat or not require any special attention, so that people can concentrate fully on the accomplishment of their tasks and their lives. Technology that wants to appear “intelligent” must therefore be embedded in hardware and software systems.
One of the major challenges in research and development is the machine recognition of situations, activities, attention and emotional states. For this purpose, the Research Studio PCA uses sensor-based recognition and prediction methods based on mathematical methods of pattern recognition and proprietary developments of special hardware.
APPLICATION AREAS AND BENEFITS
EDIT
EDIT (Evolving Data-Improved Therapy) aims to develop individualised therapies and data analyses by using a wide range of sensor and device data to create holistic models.
EmPACT
The aim of "Empowering Pilots via Adaptive Competency-based Training" is to develop training towards competence-based training and assessment (CBTA).
SpotOn MozART
The SpotON MozART project with the Mozarteum University Salzburg combined art and technology to great public effect.
LATEST FROM THE STUDIO
One year ago: Spot on MozART at the Ars Electronica Festival
The Ars Electronica Festival for ‘Art, Technology and Society’ is starting again in Linz these days. Exactly one year ago, the ‘Spot on MozART’ project by Studio PCA and the Mozarteum University was represented there.
Mixed reality for improved pilot training in the “EmPACT” project
Together with Lufthansa Aviation Training and RotorSky, RSA FG is continuing its work to further improve training for pilots. The use of mixed reality and eye tracking does not only record the behavior of trainees, but also provide them with direct feedback during training.
Digitalization in Therapy and Care
RSA FG supports tech2people in the development of digital, robotics-assisted therapy methods and actively researches new technologies in the field of AAL. The aging of [...]
THE TEAM
