Goal: To evaluate a novel kind of textile electrodes based on woven fabrics treated with
PEDOT:PSS, through an easy fabrication process, testing these electrodes for biopotential …

Objective. To describe a feasibility study focused on a telemonitoring approach to self-managed
kinesiotherapy sessions for the rehabilitation of hand function in patients with systemic …

In this brief, a novel pseudo resistor bias scheme capable of achieving improved performances
against process parameter variations is presented. The use of a matched structure allows …

Humans rely on their sense of touch to interact with the environment. Thus, restoring lost
tactile sensory capabilities in amputees would advance their quality of life. In particular, texture …

Current clinical practice suggests that recovering the hand functionality lost or reduced by
injuries, interventions, and chronic diseases requires, beyond pharmacological treatments, a …

Introduction In this paper, we evaluated patients’ perspectives on the use of a system for
home tele-rehabilitation, designed for subjects with low computer literacy suffering hand …

The control of upper limb neuroprostheses through the peripheral nervous system (PNS)
can allow restoring motor functions in amputees. At present, the important aspect of the real-…

Despite surface electrodes technology for biopotential recording is well established, different
researches are aimed at overcoming the limitations exhibited by the available solutions. In …

Fetal electrocardiogram (ECG) extraction from non-invasive biopotential recordings is a long-standing
research topic. Despite the significant number of algorithms presented in the …

Telerehabilitation aims to solve problems like equitable access to the rehabilitation and cost
reduction by providing rehabilitation services at a distance. The largest part of …