Engineering
Synthetic Aperture Radar
87%
High Resolution
38%
Multichannel
33%
Hyperspectral Image
29%
Automatic Target Recognition
27%
Fuzzy Expert System
25%
Making Problem
19%
Target Recognition
19%
Genetic Algorithm
19%
Performance Degradation
19%
Land Cover
19%
Edge Detector
18%
Search Algorithm
17%
False Alarm Rate
16%
Image Sequence
14%
Bayes Estimator
14%
Spectral Information
12%
Hypothesis Test
12%
Image Interpretation
12%
Spatial Information
12%
Optimization Method
11%
Speckle
10%
L-Band
10%
Target Tracking
9%
Active Contour Algorithm
9%
Recorded Image
9%
Active Contour
9%
Classification Method
9%
Reference Image
9%
Subsequence
9%
Made Material
9%
Spectral Range
9%
Improvised Explosive Device
9%
Fuzzy System
9%
Speckle Reduction
9%
Sensing Mechanisms
9%
Multispectral Image
9%
Edge Detection
9%
Impact Resistance
9%
Emissivity
9%
Spatial Resolution
9%
Level Feature
8%
Detection Algorithm
8%
System Efficiency
8%
Based Expert System
8%
Support Vector Machine
7%
Motion Sensor
6%
Moving Target
6%
Human Performance
6%
Knowledge Source
6%
Earth and Planetary Sciences
Synthetic Aperture Radar
100%
Change Detection
42%
Detection Method
37%
Land Cover
22%
Automatic Detection
22%
Spatial Resolution
21%
Optical Property
20%
Hyperspectral Image
14%
Image Interpretation
12%
Supervised Classification
12%
Speckle
11%
Water Body
10%
High Resolution
9%
Line Detection
9%
Built-Up Area
9%
Self Organizing Systems
9%
Urban Complexity
9%
Normal Density Functions
9%
Probability Density Function
9%
Thermal Imaging
9%
Urban Material
9%
False Alarm
9%
Multispectral Image
9%
Flight Altitude
9%
Edge Detection
9%
Purity
9%
Optical Radar
9%
Port
8%
Radarsat
8%
High Spatial Resolution
8%
TerraSAR-X
8%
Support Vector Machine
7%
Covariance
6%
Computer Science
Expert System
29%
Anomaly Detection
29%
Anomaly Detector
21%
Fuzzy Mathematics
21%
Decision-Making
19%
Hyperspectral Data
19%
Fuzzy Reasoning
19%
Automatic Target Recognition
16%
Edge Detector
12%
Image Interpretation
12%
Armored Vehicle
11%
Performance Degradation
9%
Neural Network
9%
Genetic Algorithm
9%
Detection
9%
Speckle Reduction
9%
Line Detection
9%
Temporal Sequence
9%
Preprocessing
9%
Consistency Method
9%
Local Statistic
9%
Comparative Evaluation
9%
reasoning algorithm
9%
Complex Environment
9%
Bayes Estimator
9%
Change Detection Method
7%
Spatial Resolution
7%
Task Performance
6%
Human Performance
6%
System Efficiency
6%