Evolutionary Algorithm Based Capacity Maximization of 5G/B5G Hybrid Pre-Coding Systems

Keyphrases

• Evolutionary Algorithms 100%
• Coding System 100%
• Capacity Maximization 100%
• Hybrid Precoding 100%
• Spectral Efficiency 50%
• Precoder 50%
• Successive Interference Cancellation 50%
• Partially Connected 50%
• RF Chain 50%
• Precoding Schemes 50%
• Popular 25%
• Encoding Strategy 25%
• Computational Complexity 25%
• Channel Condition 25%
• Artificial Bee Colony 25%
• Hybrid Structure 25%
• Path Loss 25%
• Massive MIMO Systems 25%
• Millimeter-wave Frequency 25%
• Partially Connected Structure 25%
• Application of Evolutionary Algorithms 25%
• Interference Cancellation 25%
• Joint Computation 25%
• Fully Connected Structure 25%

Engineering

• Coding Scheme 100%
• Spectral Efficiency 100%
• Maximization 100%
• Successive Interference Cancellation 100%
• Joints (Structural Components) 50%
• Channel Condition 50%
• Millimeter Wave 50%
• Path Loss 50%
• Computational Complexity 50%
• Massive MIMO 50%
• Coding Strategy 50%
• Interference Cancellation 50%

Computer Science

• Evolutionary Algorithm 100%
• precoding 100%
• Spectral Efficiency 40%
• Coder 40%
• Connected Structure 40%
• Computational Complexity 20%
• Potential Solution 20%
• Operating System 20%
• Artificial Bee Colony 20%
• MIMO Systems 20%
• Massive MIMO 20%
• Coding Strategy 20%
• Channel Condition 20%