Engineering
Adaptive Beamforming
13%
Beamformer
13%
Carrier Leakage
13%
Co-Prime Array
27%
Complexity Reduction
8%
Compressive Sensing
31%
Computational Complexity
8%
Computational Efficiency
10%
Data Sample
6%
Degree of Freedom
43%
Demonstrates
25%
Detection Performance
14%
Direction of Arrival
13%
Direction-of-Arrival Estimation
100%
Discrete Fourier Transform
8%
Distributed Sensor
11%
Doppler Effect
9%
Echo Signal
10%
Estimation Result
9%
Fourth Order
27%
Free Hole
12%
Frequency Analysis
6%
Frequency Bin
11%
Frequency Decomposition
13%
Group Sparsity
42%
Integration Time
8%
Interpolation Model
6%
Joints (Structural Components)
18%
Limited Resource
7%
Maximum Likelihood
10%
Multiple Frequency
10%
Mutual Coupling
17%
Obtains
13%
One Dimensional
8%
Output Signal
8%
Parameter Estimation
16%
Physical Sensor
10%
Range Ambiguity
6%
Reference Signal
15%
Sensor Array
11%
Signal Modulation
6%
Signal Reconstruction
7%
Signal-to-Noise Ratio
13%
Simulation Result
40%
Sparse Array
30%
Sparse Linear Array
9%
Target Tracking
20%
Two Dimensional
19%
Uniform Linear Array
16%
Unmanned Aerial Vehicle
11%
Computer Science
Carrier Leakage
6%
Complexity Reduction
5%
Compressive Sensing
22%
Computational Complexity
5%
Correlation Matrix
6%
Covariance Matrix
8%
Decision Method
6%
Detection Performance
9%
direction-of-arrival
68%
Doa Estimation
6%
Estimation Accuracy
6%
Estimation Method
16%
Estimation Performance
8%
Fourier Transform
5%
Fractal Geometry
6%
Frequency Decomposition
13%
localization algorithm
6%
Localization Problem
10%
Noise-to-Signal Ratio
13%
Nonstationary Signal
6%
Performance Improvement
8%
Position-Sensor
6%
Sampling Scheme
13%
Signal Reconstruction
5%
Sparsity
26%
time delay estimation
6%
time-delay
6%
Underdetermined Case
6%
Vectorization Process
6%
