Engineering & Materials Science
Orthogonal frequency division multiplexing
100%
Modems
52%
Decision feedback equalizers
45%
MIMO systems
40%
Clocks
36%
Equalizers
28%
Intersymbol interference
26%
Recovery
26%
Channel estimation
24%
Sampling
22%
Synchronization
21%
Fast Fourier transforms
20%
Neural networks
20%
Wireless local area networks (WLAN)
18%
Multipath fading
17%
Backpropagation
17%
Internet of things
16%
Quadrature amplitude modulation
16%
Costs
15%
Frequency selective fading
14%
Code division multiple access
14%
Frequency synthesizers
13%
Power control
13%
Feedback
13%
Decoding
11%
Low noise amplifiers
11%
Compensation and Redress
11%
Gain control
11%
Calibration
10%
Carrier communication
10%
Jitter
10%
Bandwidth
10%
Block codes
10%
Electric potential
9%
Computer hardware
9%
Beamforming
9%
Data storage equipment
8%
Transceivers
8%
Bit error rate
8%
Electric power utilization
8%
Field programmable gate arrays (FPGA)
8%
Metals
7%
Electrodes
7%
Noise figure
6%
Error detection
6%
Fog computing
6%
Clouds
6%
Dynamic frequency scaling
6%
Networks (circuits)
6%
Local area networks
6%
Mathematics
Bit Allocation
19%
Multiple-input multiple-output (MIMO)
14%
MIMO-OFDM
10%
Precoding
8%
Decision Feedback
8%
Equalization
7%
Network Design
6%
Receiver
6%
Communication Networks
5%
Cross-validation
5%
Bit Error Rate
5%
Multipath
5%
