Linear precoding based on polynomial expansion: reducing complexity in massive MIMO

Engineering

• Linear Precoding 100%
• Polynomial Expansion 100%
• Massive MIMO 100%
• Channel Knowledge 50%
• Noise Ratio 50%
• Closed Form Expression 25%
• Spectral Efficiency 25%
• Signal-to-Noise Ratio 25%
• Output System 25%
• Rate Loss 25%
• Propagation Loss 25%
• Zero Forcing Precoding 25%
• Asymptotic Signal 25%
• Obtains 25%
• Transmissions 25%
• Antenna 25%
• Polynomial Matrix 25%

Computer Science

• Massive MIMO 100%
• precoding 100%
• System Dimension 33%
• Channel Knowledge 33%
• Noise-to-Signal Ratio 16%
• Hardware Implementation 16%
• Polynomial Degree 16%
• Hardware Resource 16%
• Practical Issue 16%
• Transmitted Symbol 16%
• closed-form expression 16%
• multiple input multiple output system 16%
• Spectral Efficiency 16%
• Asymptotic Signal 16%
• Propagation Loss 16%
• Polynomial Matrix 16%

Keyphrases

• Future Communication Systems 33%
• Propagation Loss 33%
• Matrix Polynomial 33%
• Smooth Transition 33%
• Nonlinear Precoding 33%