Over the years, wavelet-based analyses have been responsible for remarkable
achievements in physics and related sciences. Nevertheless, a deep inspection on wavelet …

The neuroscience of volition is an emerging subfield of the brain sciences, with hundreds of
papers on the role of consciousness in action formation published each year. This makes …

Fast and accurate human intention prediction can significantly advance the performance of
assistive devices for patients with limited motor or communication abilities. Among available …

Human walking activity recognition is the process of correctly identifying the actions
performed by the user, and gait analysis is utilized to detect the abnormalities present in …

The lower limb exoskeleton can help the human jump movement and expand jump ability.
However, recognizing jump motion intention promptly and accurately is a challenge. The …

Control of assistive devices by voluntary user intention is an underdeveloped topic in the
Brain–Machine Interfaces (BMI) literature. In this work, a preliminary real-time BMI for the …

Brain computer interface (BCI) systems for neurorehabilitation have received increasing
attention over the past decade. These systems provide an alternative approach to restore …

Robotic arms are increasingly being utilized in shared workspaces, which necessitates the
accurate interpretation of human intentions for both efficiency and safety …

Volitional control of prosthetic devices can potentially provide the user with a more natural
movement experience. Currently, there is no feasible volitional triggering method to adapt …

Background: With an aging population, the prevalence of neurological disorders is
increasing, leading to a rise in lower limb movement disorders and, in turn, a growing need …