Keyphrases
Microwave Imaging
76%
Antenna
70%
Scattered Field
48%
Dielectric Properties
48%
Half-space
44%
Cylindrical Body
42%
Rough Surface
36%
Rough Interface
34%
Surface Impedance
33%
Breast
32%
Open-ended Coaxial Probe
32%
Green's Function
32%
Imaging Applications
31%
Inverse Scattering Problem
31%
Microwave Hyperthermia
30%
Breast Cancer
29%
Microwave Breast Imaging
28%
Vivaldi Antenna
25%
Dielectric Object
24%
Brain Stroke Imaging
21%
Electromagnetic Wave Scattering
20%
Microwave Imaging System
20%
Numerical Results
19%
Dielectric
18%
Perfectly Conducting
18%
Layered Media
18%
Shape Reconstruction
17%
Impedance Boundary
17%
Antenna Design
16%
Numerical Simulation
16%
Deep Learning
16%
Matching Medium
16%
Dielectric Properties Measurement
16%
Three-dimensional (3D)
15%
Impedance Bandwidth
15%
Contrast Source Inversion
15%
Continuous Monitoring
15%
Planar Boundary
15%
Two Dimensional
14%
Microwave Dielectric Properties
14%
Breast Model
14%
Method of Moments
14%
Breast Cancer Screening
13%
One-dimensional Profiles
13%
Breast Tissue
13%
Impedance Cylinder
13%
Healthy Tissue
13%
Buried Object Approach
13%
Linear Sampling Method
13%
Scatterer
13%
Engineering
Antenna
100%
Dielectrics
96%
Scattered Field
55%
Inverse Scattering Problem
37%
Green's Functions
30%
Boundary Condition
29%
Measured Data
27%
Buried Object
26%
Two Dimensional
24%
Scatterer
24%
Field Measurement
23%
Antenna Arrays
21%
Imaging Systems
21%
Plane Wave
21%
One Dimensional
19%
Deep Learning Method
17%
Shape Reconstruction
17%
Dielectric Object
16%
Field Data
15%
Applicability
14%
Incident Field
14%
Electric Field
12%
Gaussian Profile Beam
12%
Singular Value Decomposition
12%
Field Expression
12%
Fourier Transform
11%
Microwave Dielectric Property
11%
Inversion Method
11%
Image Plane
10%
Continuous Monitoring
10%
Newton's Method
10%
Regularization
9%
Directional
9%
Numerical Example
9%
Arbitrary Shape
9%
Least Square
9%
Explicit Expression
9%
Monopole Antenna
9%
Scattering Parameters
9%
Circular Antenna
8%
Collected Data
8%
Slot Antenna
8%
Practical Point
8%
Classical Technique
8%
Max
8%
Numerical Aperture
8%
Cross Section
8%
Early Detection
8%
Reflected Wave
8%
Surface Profile
8%
