A particularly compelling vision of long-term remote health monitoring advocates the use of
a personal pervasive device (such as a cellphone) as an intermediate relay, which …

A promising architecture for remote healthcare monitoring involves the use of a pervasive
device (such as a cellular phone), which aggregates data from multiple body-worn medical …

Recent advances in wireless technology, sensors and portable devices offer interesting
opportunities to enable ubiquitous assistance to individuals in need of prompt help …

This paper motivates the need for adaptive behavior in personal gateway devices (such as
cell phones) used in remote health monitoring solutions. We put forth our vision of …

The emergence of truly ubiquitous computing, enabled by the availability of mobile,
heterogenous devices that supply context information, is currently hampered by the lack of …

Modern mobile devices are usually equipped with advanced sensor network technology that
can be used to perceive our ambient environment. In this paper we propose a novel event …

Continuing development of an increasing variety of sensors has led to a vast increase in
sensor-based telemedicine solutions. A growing range of modular sensors, and the need of …

With rapid expansion of wireless ad hoc networks and their interactions with wired networks
together with the use of location-based services and the deployment of mobile and wearable …

Mobile devices are increasingly being used in edge and fog computing environments to
process contextual data collected by sensors. Although complex event processing (CEP) is …

Recent advances in mobile computing coupled with the widespread availability of
inexpensive mobile devices are the key motivating factors for the development of mobile …