Location will have a central role in Research and Development (R&D) towards 6G networks,
both as a service offered by the network (improving the current offering of 5G) and as an …

Hand gesture recognition (HGR) systems using electromyography (EMG) bracelet-type
sensors are currently largely used over other HGR technologies. However, bracelets are …

In this work, we present a novel multisensory electronic architecture that can work with very
low voltage requirements thus enabling power management directly from harvesting-based …

Tetraplegic people need continuous assistance in every daily activity. Assistive technologies
can improve, to a certain degree, their quality of life allowing partial autonomy with powering …

Hand gestures are a non-verbal type of communication ideally suited for Human-Machine
Interaction. Nevertheless, accuracy rates and response times still are a matter of research …

Due to lack of standardization in the data acquisition process, Hand Gesture Recognition
literature has produced a high number of different but incompatible datasets. This paper …

In this study, a series of machine learning models, based on the analysis of graph and
handwriting signals, were developed for the screening and telemonitoring of Parkinson's …

This comprehensive study delves into the realm of indoor positioning technologies within the
domain of Smart Education (SE). Focusing on typical techniques and technologies in …

In this work we present engineering optimization of our battery-operated sensory headwear,
which uses an inertial measurement unit to detect the head movements and wireless …

The growth of epidermal electronics requires low-cost, compact, wireless and low-power
consumer technologies. Commercially available electromyographic (EMG) sensors do not …