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From tissue to sound: A new paradigm for medical sonic interaction design
Sasan Matinfar
, Shervin Dehghani
, Mehrdad Salehi
, Michael Sommersperger
, Navid Navab
,
Koorosh Faridpooya
, Merle Fairhurst
, Nassir Navab
Vitreoretinal surgery
CMOR
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Keyphrases
Sonic Interaction Design
100%
Sound Model
75%
Interactive Sonification
50%
Feasibility Trial
25%
Sound Features
25%
Adaptive Framework
25%
Unsupervised Mapping
25%
High Stakes
25%
Multimodal Method
25%
Human Perception
25%
Sensory Applications
25%
Intensity Value
25%
Auditory Display
25%
Medical Image
25%
Parametric Approach
25%
Stiffness
25%
Multimodal Perception
25%
Anatomical Structure
25%
Multiple Oscillators
25%
Mechanical Properties
25%
Physics-based
25%
High-dimensional Data
25%
Comprehensive Framework
25%
Acoustic Signal
25%
Friction
25%
Acoustic Profile
25%
Medical Imaging Data
25%
Visual Data
25%
Computer Science
Medical Imaging
100%
Interaction Design
100%
Fundamental Level
50%
Conventional Method
50%
High Dimensional Data
50%
Data Processing
50%
Intensity Value
50%
Acoustic Signal
50%
Human Perception
50%
Dimensional Data
50%
Image Intensity
50%
Engineering
Dimensional Data
100%
Medical Image
50%
Conventional Method
50%
Intensity Value
50%
Oscillator
50%
Acoustic Signal
50%
Material Science
Oscillator
100%
Data Processing
100%