Add to ORKGIn the age of ubiquitous computing increasing amounts of personal data are being logged and shared, making privacy management a challenging task that must be integrated into our daily lives. In this paper, we explore the metaphors of ‘privacy itch’ for warnings and ‘privacy scratch’ for control of privacy preferences through real time, on-body, haptic interaction technologies. To assess the utility of these concepts, we implemented a forearm wearable prototype: the Privacy Band, and conducted a small lab-based user study
As more consumer products and services are getting intelligent and collect data about the user, priv...
As the amount of data generated by personal devices increases, supported by the trend of making thes...
Due to the ubiquity of IoT devices, privacy violations can now occur across our cyber-physical-socia...
peer-reviewedIn the age of ubiquitous computing increasing amounts of personal data are being logge...
In the age of ubiquitous computing increasing amounts of personal data are being logged and shared, ...
peer-reviewedPhysical or bodily privacy is an innate need that drives a variety of human behaviours...
Physical or bodily privacy is an innate need that drives a variety of human behaviours. However, in ...
Wearable technologies provide users with actionable insights regarding personal health information b...
Constantly attached to your body or clothing, wearable devices offer a plethora of new data availabi...
As a variety of smart and connected sensors are being deployed everywhere, significant privacy issues...
Effective end-user privacy management in everyday ubiquitous computing environments requires giving ...
The emergence of ubiquitous computing (UbiComp) environments has increased the risk of undesired acc...
Abstract. In the coming age of wearable computing, devices such as Google Glass will become as ubiqu...
Internet of Things (IoT) devices have implications for health and fitness. Fitness wearables can pro...
In this conceptual paper, we present a model in order to explain users’ intentions to use mobile hea...
As more consumer products and services are getting intelligent and collect data about the user, priv...
As the amount of data generated by personal devices increases, supported by the trend of making thes...
Due to the ubiquity of IoT devices, privacy violations can now occur across our cyber-physical-socia...
peer-reviewedIn the age of ubiquitous computing increasing amounts of personal data are being logge...
In the age of ubiquitous computing increasing amounts of personal data are being logged and shared, ...
peer-reviewedPhysical or bodily privacy is an innate need that drives a variety of human behaviours...
Physical or bodily privacy is an innate need that drives a variety of human behaviours. However, in ...
Wearable technologies provide users with actionable insights regarding personal health information b...
Constantly attached to your body or clothing, wearable devices offer a plethora of new data availabi...
As a variety of smart and connected sensors are being deployed everywhere, significant privacy issues...
Effective end-user privacy management in everyday ubiquitous computing environments requires giving ...
The emergence of ubiquitous computing (UbiComp) environments has increased the risk of undesired acc...
Abstract. In the coming age of wearable computing, devices such as Google Glass will become as ubiqu...
Internet of Things (IoT) devices have implications for health and fitness. Fitness wearables can pro...
In this conceptual paper, we present a model in order to explain users’ intentions to use mobile hea...
As more consumer products and services are getting intelligent and collect data about the user, priv...
As the amount of data generated by personal devices increases, supported by the trend of making thes...
Due to the ubiquity of IoT devices, privacy violations can now occur across our cyber-physical-socia...