During the past decade, smart insole-like devices become more and more popular in daily
applications, such as gait studies, activity recognition, health monitoring and evaluation …

Due to the fact that roughly sixty percent of the human body is essentially composed of
water, the human body is inherently a conductive object, being able to, firstly, form an …

For more than two decades, capacitive sensing has played a prominent role in human-
computer interaction research. Capacitive sensing has become ubiquitous on mobile …

Platypus is the first system to localize and identify people by remotely and passively sensing
changes in their body electric potential which occur naturally during walking. While it uses …

We present a wearable system to detect body postures and gestures that does not require
sensors to be firmly fixed to the body or integrated into a tight-fitting garment. The sensing …

Recent years have witnessed the increasing literature on using smart insoles in health and
well-being, and yet, their capability of daily living activity recognition has not been reviewed …

Foot interfaces, such as pressure-sensitive insoles, still yield unused potential such as for
implicit interaction. In this paper, we introduce CapSoles, enabling smart insoles to implicitly …

Physical activity (PA) positively impacts the quality of life of older adults, with technology as a
promising factor in maintaining motivation. Within Computer Science and Engineering …

Accurate tagless indoor person localization is important for several applications, such as
assisted living and health monitoring. Machine learning (ML) classifiers can effectively …

Augmenting the human body using wearable technology can be particularly interesting to
sense context. The user's context includes the mental and physical state, which is inferable …