INIS
precision
100%
modulation
100%
molecules
100%
microscopy
100%
iterative methods
100%
illumination
77%
information
66%
photons
33%
control
22%
standing waves
22%
signals
22%
design
11%
positioning
11%
power
11%
resolution
11%
distribution
11%
simulation
11%
approximations
11%
monte carlo method
11%
randomness
11%
assessments
11%
performance
11%
tools
11%
time measurement
11%
Earth and Planetary Sciences
Position (Location)
100%
Molecules
100%
Microscopy
100%
Precision
100%
Information
66%
Inequality
33%
Wave
22%
Show
11%
Rate
11%
Pixel
11%
Tools
11%
Improvement
11%
Plane
11%
Selection
11%
Evaluation
11%
Strategy
11%
Emitter
11%
Positioning System
11%
Random Variable
11%
Physics
Microscopy
100%
Molecules
100%
Position (Location)
100%
Iteration
66%
Information
66%
Standing Wave
22%
Evaluation
11%
Plane
11%
Monte Carlo Simulation
11%
Contrast
11%
Performance
11%
Time Measurement
11%
Mathematics
Precision
100%
Bounds
57%
Trees
42%
Information Increase
28%
Standing Wave
28%
Control
28%
Time Measurement
14%
Information Content
14%
Zeros
14%
Approximates
14%
Pixel
14%
Optimal Design
14%
Position Information
14%
Monte Carlo
14%
Random Variable
14%
Engineering
Localization
100%
Standing Wave
22%
Iteration Count
22%
Evaluation
11%
Cramr-Rao Lower Bound
11%
Estimator
11%
Optimal Design
11%
Measurement Time
11%
Random Variable ξ
11%
Performance
11%
Position Information
11%
Optimal Control
11%
Information Content
11%
Zeros
11%
Keyphrases
Van Trees Inequality
50%
Modulation Contrast
16%
Illumination Control
16%
Photon Rate
16%
Pattern Placement
16%
Estimand
16%