SENSE
Acquire the relevant detail.
Capture useful detail through visual, wearable, and multimodal sensing.
I connect sensing, interpretation, and interaction to build systems people can understand and control.
Across mobile, wearable, and spatial interfaces, context includes people’s goals—not only sensor observations.
Three connected questions
DESIGN ACROSS THE LOOP
Privacy · Safety · Trustworthiness
SENSE
Capture useful detail through visual, wearable, and multimodal sensing.
REASON
Interpret observations with people’s goals, while keeping uncertainty visible.
ADAPT
Turn context into feedback people can understand, adjust, or decline.
DESIGN ACROSS THE LOOP
Privacy, safety, and trustworthiness guide every stage—not a guarantee of deployment readiness.
Selected perspectives on the work
Not every project implements a full loop. The map separates primary, supporting, and unevaluated capabilities. Design Lens records a cross-cutting concern—not a fourth stage or a trustworthiness score.
Primary contributionSupporting componentNot evaluatedReviewed in the survey
Vision-based surface sensing
DESIGN LENS
Keep claims within the captured surface context.
Microscope-camera sensing and surface classification. Adaptive applications remain a direction, not an evaluated loop.
Wearable radar sensing
DESIGN LENS
Separate recognition performance from downstream usefulness.
Ground-surface recognition with foot-worn radar; downstream interface usefulness was not evaluated.
Physiological and contextual interpretation
DESIGN LENS
Distinguish physiological interpretation from diagnosis.
Related but distinct EEG–context studies; neither establishes clinical diagnosis or an autonomous intervention loop.
Accepted, in press · ICME 2026
DESIGN LENS
Consider comfort, calibration, and the feedback context.
Visual and auditory cues become body-based haptic feedback—not a new tactile sensor.
Revise & resubmit · IJHCS
DESIGN LENS
Keep authoring decisions open to user correction.
Speech and spatial context guide projection authoring. Wizard-of-Oz alignment is not fully autonomous operation.
Context-sensitive privacy · Interactive prototype
DESIGN LENS
Primary focus: privacy choices and perceived user control.
Context-sensitive privacy choices in a 12-participant interactive-mockup study—not deployment privacy or safety certification.
Vision-based multimodal interfaces · Survey of 109 papers
DESIGN LENS
Primary focus: a design taxonomy and cross-cutting challenges.
A taxonomy of 109 papers. Reviewed marks literature coverage, not an implemented or evaluated capability.
Research outputs
Further publications; system case studies appear in the Portfolio.
2026
International Journal of Human–Computer Studies
Revise and resubmit (R&R) · First author
2026
IEEE International Conference on Multimedia and Expo (ICME)
Accepted, in press · First author
2026
Interspeech
Co-author
2026
Augmented Humans International Conference (AHs)
Co-author
2025
ACM CHI Conference on Human Factors in Computing Systems
First author
2025
Companion Proceedings of the ACM Web Conference (WWW Companion)
Co-author
2025
ACM Transactions on Computer-Human Interaction (TOCHI)
Co-author
2025
International Journal of Human–Computer Studies
Co-author
2025
Radar-Based Human–Computer Interaction, Springer Nature
Book chapter, accepted in press · First author