Latest Articles for Assistive Technology

TS-RGBD dataset offers detailed theatre scene descriptions for visually impaired audiences.

The Faive Hand mimics human movement for advanced robotic manipulation.

Affordable wearable technology for individuals with hearing loss.

Innovative braille dots offer better reading experience for the visually impaired.

Examining the impact of cookie notices on users with visual impairments.

Research shows how AI can improve communication tools for those with complex needs.

This research explores visual attention mechanisms in the brain and their potential to aid the visually impaired.

New methods help machines identify how people can interact with objects.

A new method enhances BCI training efficiency for better user control.

Research aims to improve clarity in hearing aids for better communication.

Introducing a new model for clearer speech in noisy environments.

Exploring the benefits and design of upper body exoskeletons for mobility support.

VAPORS enhances robot feeding by combining planning and specialized actions for better meal assistance.

A robot designed to help those with limited mobility eat independently.

A new method improves camera views for better navigation and assistance.

Research connects touch sensations to image generation.

A method to enhance ASR systems for users who stutter.

A look into the MacCap framework and its impact on image captioning.

Research shows mental imagery timing improves BCI control for users.

This research explores how altered feedback enhances sEMG gesture classification learning.

Innovative camera systems enhance mobility and safety for visually impaired individuals.

A look into how we enhance and manipulate text in images.

Spica enhances video access for blind and low-vision users through interactivity.

Improving the way we identify sound sources using audio-visual data.

A new system reduces false activations in myoelectric control using simple gestures.

A dataset to assess struggles in assembly tasks using video annotations.

A study investigates robotic assistance for individuals with vision impairments.

New dataset aims to enhance machine understanding of touch through vision and language.

Research reveals how brain connectivity impacts cochlear implant effectiveness.

A new method helps robots interpret human commands more effectively.

New method detects SIIDs by assessing input/output channel availability.

New techniques improve brain-computer interfaces using EEG and deep learning.

Innovative system enables control of soft robots with brain activity.

Study shows tEEG outperforms conventional EEG in interpreting grasp movements.

A new tool helps users modify sounds easily through simple text instructions.

A new method enhances motion prediction in wearable robots for better assistance.

A new framework improves understanding of Bayesian optimization through Shapley values.

New method enhances speech synthesis for individuals who cannot speak.

A new approach improves decoding of brain signals for better device control.

Introducing Smart Help robots that adapt assistance based on user needs and emotions.