Engineering
Autonomous Underwater Vehicle
30%
Beam Pattern
17%
Beamformer
100%
Beamforming
83%
Bit Error Rate
12%
Channel Estimation
37%
Communication System
21%
Computational Complexity
24%
Constant False Alarm Rate
23%
Covariance Matrix
39%
Decision Feedback Equalizers
15%
Demonstrates
28%
Design Problem
15%
Detection Performance
15%
Direction of Arrival
13%
Direction-of-Arrival Estimation
40%
Directivity
13%
Energy Engineering
16%
Equalizers
44%
Experimental Result
23%
FIR Filter
33%
Frequency Domain
27%
Frequency Modulation
17%
Frequency Response
15%
Gaussians
42%
Generalized Likelihood Ratio Test
12%
Harmonics
32%
High Resolution
13%
Interior Point
16%
Joints (Structural Components)
13%
Kalman Filter
15%
Least Square
15%
Microphone Array
38%
Multichannel
14%
Multipath Channel
17%
Multiple-Input Multiple-Output
24%
Obtains
15%
Optimal Design
36%
Orthogonal Frequency Division Multiplexing
25%
Parameter Estimation
22%
Processing System
12%
Reverberation
19%
Sensor Array
33%
Sidelobes
67%
Signal Detection
12%
Simulation Result
55%
Sonar System
16%
Target Tracking
24%
Time Domain
47%
Transmissions
13%
Computer Science
Autocorrelation Function
5%
Channel Equalization
9%
Channel Estimation
6%
Computer Simulation
6%
Covariance Matrix
14%
Data-Value
6%
Design Criterion
7%
Design Problem
9%
False Alarm Rate
6%
generalized likelihood-ratio test
6%
Interior-Point Method
9%
Least Squares Method
5%
Monte Carlo Simulation
7%
Noise Suppression
9%
Orthogonal Frequency Division Multiplexing
14%
Secondary Data
6%
Steering Vector
5%
time delay estimation
9%
Transmitted Signal
6%
turbo equalization
11%
underwater acoustic communication
29%
Wireless Sensor Network
10%
