We are entering an era of distributed healthcare that should fit and respond to individual
needs, behaviour and lifestyles. Designing such systems is a challenging task that requires …

Mobile, wearable, and ambient sensing is making possible the inference of activities and
behavioral patterns of individuals and populations. This data-driven approach to discovery …

Technology designed to sense behavior, often neglects to directly incorporate subjective
input from (elderly) users. This paper presents experiences in deploying technology that …

Healthcare is moving out of the clinic into our everyday lives with rising trends in eHealth
and pervasive technology. One challenge this poses is how to elicit diverse needs from …

The idea of continuously monitoring well-being using mobile-sensing systems is gaining
popularity. In-situ measurement of human behavior has the potential to overcome the short …

Unusual changes in the regular daily mobility routine of an elderly person at home can be
an indicator or early symptom of developing health problems. Sensor technology can be …

Recent technological advances have allowed the development of miniaturized sensors and
the emergence of a wide range of connected objects. Whether it's smartphones or in the …

As sensing and actuation technologies grow more widespread, smart home infrastructures
will become both feasible and flexible in supporting multiple applications. The development …

Utilizing mobile devices for gaining a better understanding of one's surrounding,
physiological state and overall behavior has been argued for in many previous works …

Advancements in sensor technology has provided new ways for researchers to monitor the
elderly in uncontrolled environments. Sensors have become smaller, cheaper and can now …