Keyphrases
Glow Discharge Detector
100%
Focal Plane Array
60%
Point Spread Function
54%
Imaging Systems
51%
Blurred Image
49%
Image Reconstruction
46%
Motion-blurred Image
42%
Long-term Imaging
41%
Millimeter-wave Imaging
40%
Upconversion
37%
Lamp
33%
Computational Integral Imaging
31%
Moving Objects
29%
Millimeter Wave
29%
Turbulence
27%
Degraded Image
25%
Long Distance
25%
Millimeter Wave Imaging System
25%
Atmospheric Turbulence
22%
Neon
21%
Camera Array
20%
Systems-based
20%
Aerosol
19%
Turbulent Media
18%
Spatiotemporal
18%
Integral Imaging
18%
Object Detection
18%
Video Sequences
17%
Target Acquisition
17%
Image Quality
17%
Three-dimensional Space
16%
Space-variant
16%
Mechanical Vibration
15%
Time Delay
15%
Time Integration
15%
Millimeter-wave Radiation
15%
Millimeter Wave Communication
13%
Image Processing
13%
Motion Blur
13%
Thermal Video
13%
Atmospheric Blur
13%
Object of Interest
13%
Video Signal
13%
Halftoning
12%
Moving Object Tracking
12%
Prosthetic Vision
12%
Optical Transfer Function
12%
Detector Array
12%
3D Object Detection
12%
Modulation Transfer Function
11%
Engineering
Glow Discharge
73%
Imaging Systems
67%
Blurred Image
66%
Millimeter Wave
55%
Image Restoration
50%
Point Spread Function
50%
Focal Plane
43%
Degraded Image
41%
Moving Object
35%
Terahertz
28%
Transfer Function
25%
Edge Detection
19%
Atmospheric Turbulence
19%
Experimental Result
18%
Indicator Lamp
18%
Mechanical Vibration
15%
Delay Time
15%
High Resolution
14%
Tasks
13%
Detector Array
12%
Motion Blur
12%
Video Signal
11%
3D Object Detection
11%
Estimation Result
11%
Edge Detector
11%
Halftone
11%
Relative Motion
11%
Motion Estimation
11%
Image Processing
11%
Human Observer
10%
Blind Deconvolution
10%
Image Motion
9%
Dimensional Space
9%
Image Distortion
9%
Prosthetics
9%
Atmospheric Aerosol
8%
Captured Image
8%
Frequency Modulated Continuous Wave
8%
Restoration Process
7%
Robot
7%
Image Quality Assessment
7%
Automatic Acquisition
7%
Distortion Type
7%
Light Field
7%
Rate Video
7%
Image Fusion
7%
Grey Level
7%
Filtration
7%
Dimensional Image
7%
Iterative Technique
7%