The aging of the working population calls for innovative approaches to monitor and support the changes of physical, physiological and psycho-social capabilities of workers over time, as well as to promote habits aimed at improving both health and productivity. This paper presents the WorkingAge (Smart Working Environments for All Ages - WA) project, which focuses on innovative Human Computer Interaction methods (such as augmented and/or virtual reality or gesture/voice/noise recognition or gaze tracking) to improve the users’ psychological/emotional/health state at workplaces. Based on Internet of Things (IoT) technologies and on data driven models of the users’ characteristics and behaviors, the WA Tool will monitor the state of users to a...
The WorkingAge project aims at improving the psycho-physical condition of workers, with a special fo...
The WorkingAge project aims at improving the psycho-physical condition of workers, with a special fo...
Wearable sensors provide the possibility to move from conventional, explicit human computer interact...
The aging of the working population calls for innovative approaches to monitor and support the chang...
WorkingAge (WA) will use innovative HCI methods to measure the user emotional, cognitive and physica...
In the workplace, IOT technologies were initially used in a manner analogous to their use in smart h...
Recent advances in wearable sensor technology and smartphones enable simple and affordable collectio...
Responding to the challenges of demographic change, a growing number of eHealth solutions are appear...
The purpose of this paper is to identify relevant factors to improve long-term workability of aged w...
In this deliverable we present the Virtual User Models of the workers (wVUMs) and the Workplace Mode...
WorkingAge is a EU H2020 Project (lasting 2019-2022) aiming at promoting healthy habits in working e...
The WorkingAge project aims at improving the psycho-physical condition of workers, with a special fo...
The WorkingAge project aims at improving the psycho-physical condition of workers, with a special fo...
The WorkingAge project aims at improving the psycho-physical condition of workers, with a special fo...
Wearable sensors provide the possibility to move from conventional, explicit human computer interact...
The aging of the working population calls for innovative approaches to monitor and support the chang...
WorkingAge (WA) will use innovative HCI methods to measure the user emotional, cognitive and physica...
In the workplace, IOT technologies were initially used in a manner analogous to their use in smart h...
Recent advances in wearable sensor technology and smartphones enable simple and affordable collectio...
Responding to the challenges of demographic change, a growing number of eHealth solutions are appear...
The purpose of this paper is to identify relevant factors to improve long-term workability of aged w...
In this deliverable we present the Virtual User Models of the workers (wVUMs) and the Workplace Mode...
WorkingAge is a EU H2020 Project (lasting 2019-2022) aiming at promoting healthy habits in working e...
The WorkingAge project aims at improving the psycho-physical condition of workers, with a special fo...
The WorkingAge project aims at improving the psycho-physical condition of workers, with a special fo...
The WorkingAge project aims at improving the psycho-physical condition of workers, with a special fo...
Wearable sensors provide the possibility to move from conventional, explicit human computer interact...