INIS
comparative evaluations
100%
tools
100%
design
50%
zones
50%
probes
50%
data
50%
variations
33%
space
33%
illumination
33%
devices
33%
vectors
33%
illuminance
33%
grids
33%
performance
33%
humans
33%
emission
16%
increasing
16%
computer graphics
16%
surfaces
16%
sensitivity
16%
light sources
16%
applications
16%
efficiency
16%
simulation
16%
spheres
16%
shape
16%
images
16%
volume
16%
reflection
16%
sensors
16%
depth
16%
Computer Science
Design
100%
Measurement Approach
66%
Direction Vector
66%
Visualization Tool
66%
User Data
33%
Image Rendering
33%
Application
33%
Computer Graphic
33%
Task Performance
33%
Work Efficiency
33%
Keyphrases
Field Visualization
100%
Light Zone
25%
Architectural Lighting
16%
Light Designer
8%
Light Perception
8%
Grid of Points
8%
Diference
8%
Human Sensitivity
8%
Light Design
8%
Work Efficiency
8%
White Matte
8%
Scene-based
8%
Web Tool
8%
Image-based Rendering
8%
Observer Data
8%
Complex Light
8%
Quantitative Representation
8%
Intensity Vector
8%