HCI.TOPHCI, made easy

arrow_backBack to questions View categoryarrow_forward

Accessibility and Assistive Technology / Motor Disability Assistive Input and Control

How does the NeuroSight system perform in translation mode, visual search mode, and photo mode?

helpResearch questionMotor Disability Assistive Input and Control

How does the NeuroSight system perform in translation mode, visual search mode, and photo mode?

UIST '24NeuroSight: Combining Eye-Tracking and Brain-Computer Interfaces for Context-Aware Hand-Free Camera Interaction

Similar questions

helpResearch questionMotor Disability Assistive Input and Control

How can technology enhance competitive performance of quadriplegic athletes in adaptive skiing?

CHI '25Understanding the Training Experiences of Competitive Skiers with Tetraplegia

helpResearch questionMotor Disability Assistive Input and Control

How can real-time notifications, self-tracking, and data analysis improve training outcomes for quadriplegic athletes?

CHI '25Understanding the Training Experiences of Competitive Skiers with Tetraplegia

helpResearch questionMotor Disability Assistive Input and Control

How can bidirectional interactive technology tools balance athlete independence and safety in adaptive skiing?

CHI '25Understanding the Training Experiences of Competitive Skiers with Tetraplegia

helpResearch questionMotor Disability Assistive Input and Control

How can motion remapping help mobility-limited users more easily complete interaction tasks in VR?

CHI '25MotionBlocks: Modular Geometric Motion Remapping for More Accessible Upper Body Movement in Virtual Reality

helpResearch questionMotor Disability Assistive Input and Control

Can geometric motion primitives such as lines, planes, and spheres simplify complex 3D motion and improve VR interaction accessibility?

CHI '25MotionBlocks: Modular Geometric Motion Remapping for More Accessible Upper Body Movement in Virtual Reality

helpResearch questionMotor Disability Assistive Input and Control

How can a general, tunable input remapping framework adapt to different users' physical abilities and cover diverse VR applications?

CHI '25MotionBlocks: Modular Geometric Motion Remapping for More Accessible Upper Body Movement in Virtual Reality

Related papers

Understanding the Training Experiences of Competitive Skiers with Tetraplegia

Tamanna Motahar, YeonJae Kim, Eden Laurel Fisher

MotionBlocks: Modular Geometric Motion Remapping for More Accessible Upper Body Movement in Virtual Reality

Johann Wentzel, Alessandra Luz, Martez E Mott

Towards an Eye-Brain-Computer Interface: Combining Gaze with the Stimulus-Preceding Negativity for Target Selections in XR

G S Rajshekar Reddy, Michael J. Proulx, Leanne Hirshfield

Joie: a Joy-based BCI

Angela Vujic, Shreyas Nisal, Pattie Maes

Knowledge Graph Completion-based Question Selection for Acquiring Domain Knowledge through Dialogues

Kazunori Komatani, Yuma Fujioka, Keisuke Nakashima

TeethTap: Recognizing Discrete Teeth Gestures using Motion and Acoustic Sensing on an Earpiece

Wei Sun, Franklin Mingzhe Li, Benjamin Steeper

Spinning Icons: Introducing a Novel SSVEP-BCI Paradigm Based on Rotation

Maurice Rekrut, Tobias Jungbluth, Antonio Krüger