Engineering & Materials Science
Orthogonal frequency division multiplexing
100%
Channel estimation
53%
Active noise control
40%
Feedback
38%
Synchronization
37%
Impulse response
28%
Compensation and Redress
27%
Target tracking
27%
Quadrature amplitude modulation
25%
Kalman filters
24%
Code division multiple access
24%
Modulation
23%
Frequency shift keying
22%
Recovery
20%
Discrete Fourier transforms
20%
Impulse noise
20%
Multipath fading
20%
Direction of arrival
19%
Interpolation
18%
Phase locked loops
18%
Bandwidth
16%
Filter banks
16%
Fading channels
16%
Communication
16%
Equalizers
15%
Noise abatement
15%
Computational complexity
14%
Time of arrival
14%
Bit error rate
13%
Space division multiple access
12%
Maximum likelihood
12%
Sensor arrays
11%
Higher order statistics
11%
Nonlinear filtering
11%
Frequency division multiplexing
11%
Mean square error
11%
Beamforming
11%
Decomposition
11%
Pulse amplitude modulation
11%
Frequency synthesizers
11%
Multiple access interference
10%
Field programmable gate arrays (FPGA)
10%
ROM
10%
Modems
10%
Median filters
10%
Frequency division multiple access
10%
Signal reconstruction
10%
Communication systems
9%
Fast Fourier transforms
9%
Adaptive systems
9%
Mathematics
Least Mean Square
25%
Carrier Frequency Offset
24%
Receiver
23%
Noise Control
21%
Active Control
18%
Successive Interference Cancellation
17%
Orthogonal Frequency Division multiple Access (OFDMA)
16%
Minimum Mean Square Error
14%
Impulsive Noise
14%
Noise Reduction
13%
Recursive Least Squares
13%
Multiplexing
13%
Multiple-input multiple-output (MIMO)
12%
Least Square Algorithm
11%
Recursive Algorithm
10%
Performance
9%
Maximum Likelihood Method
9%
Decision Feedback
9%
Division
8%
Least Squares
7%
Intercarrier Interference
7%
Simulation
6%
Interference
6%
Maximum Likelihood Detection
6%
Bit Error Rate
5%
Convergence Rate
5%
Bluetooth
5%
