Engineering
Orthogonal Frequency Division Multiplexing
100%
Power Amplifier
95%
Peak-to-Average Power Ratio
86%
Crest Factor
39%
Memory Effect
36%
Field Programmable Gate Arrays
25%
Error Vector
25%
Nonlinearity
23%
Power Ratio
22%
Communication System
20%
Simulation Result
20%
Adjacent Channel
17%
Input Signal
11%
Wireless Communication
10%
Fast Fourier Transform
10%
Adjacent-Channel Interference
9%
Cellular Network
9%
Signal Component
9%
Long Term Evolution
9%
Frequency Domain
8%
Experimental Result
8%
Computational Complexity
8%
Signal Modulation
7%
Newton-Raphson Method
7%
Complex Value
7%
Ultra Wide Band
7%
End-Users
7%
Pulse Duration
7%
Basestation
7%
Finite Impulse Response Filter
7%
Bit Error Rate
6%
Good Performance
5%
Computer Science
Orthogonal Frequency Division Multiplexing
85%
Power Amplifier
74%
Reduction Factor
39%
Field Programmable Gate Arrays
29%
Mapping Scheme
18%
Power Efficiency
15%
long-term evolution
14%
Hardware Resource
13%
Fast Fourier Transform
9%
Beyond 5G
9%
Signal Component
9%
Signal Modulation
9%
Wireless Communication
9%
Performance Ratio
9%
Physical Layer Security
7%
Divider
7%
Ultra-Wideband
7%
Depth Examination
7%
Cellular System
7%
Center Frequency
7%
Phase Rotation
7%
Side Information
7%
Experimental Result
7%
Multiple Service
7%
Good Performance
6%
Cellular Network
5%