Power Control for D2D Underlay Cellular Networks With Channel Uncertainty

Engineering

• Power Control 100%
• Channel State Information 100%
• Cellular Network 100%
• Estimation Error 66%
• Energy Conservation 33%
• Basestation 33%
• Dynamic Nature 33%
• Perfect Channel 33%
• Interference Management 33%
• Spectrum Utilization 33%
• Cellular Infrastructure 33%
• Centralized Approach 33%
• Pathloss Exponent 33%
• Assuming 33%
• Energy Efficiency 33%
• Network Model 33%
• Control Algorithm 33%

Computer Science

• Cellular Network 100%
• Channel State Information 100%
• Achievable Performance 66%
• Estimation Error 66%
• Wireless Channel 33%
• Device-To-Device 33%
• Random Network 33%
• Control Algorithm 33%
• Path Loss Exponent 33%
• optimal power 33%
• Dynamic Nature 33%
• Energy Efficiency 33%
• Interference Management 33%
• Spectrum Utilization 33%
• Perfect Channel 33%
• Error Variance 33%
• Centralized Approach 33%

Keyphrases

• Path Coefficient 33%
• Path Loss Measurements 33%
• Peer-based 33%
• D2D Underlay Network 33%