Opportunistic Spectrum Sharing for D2D-Based URLLC

Keyphrases

• Average Power 50%
• Cellular Networks 50%
• Closed-form Approximation 50%
• Closed-form Expression 50%
• Communication Networks 50%
• Constraint-based 50%
• Convex Analysis 50%
• D2D Networks 50%
• D2D Pairs 50%
• Device-to-device 50%
• Effective Resource 50%
• Finite Blocklength 100%
• Finite Blocklength Coding 50%
• Finite Blocklength Regime 50%
• Imperfect Channel State Information 50%
• Interference Power Constraint 50%
• Iterative Algorithm 50%
• Maximum Achievable Rate 50%
• Numerical Results 50%
• Opportunistic Spectrum Access 100%
• Optimal Power Control 50%
• Performance Metrics 50%
• Power Control Policy 50%
• Probabilistic Interference 50%
• Radio Resources 50%
• Resource Allocation Scheme 100%
• Short Packet 50%
• Short-packet Transmission 50%
• Successive Convex Approximation 50%
• Transmitter 50%
• Ultra-reliable Low-latency Communication (URLLC) 100%

Computer Science

• Achievable Rate 50%
• Approximation (Algorithm) 100%
• Cellular Network 50%
• Channel State Information 50%
• closed-form expression 50%
• Communication Network 50%
• Device-To-Device 50%
• Interference Power 50%
• Iterative Algorithm 50%
• optimal power 50%
• Packet Transmission 50%
• Performance Metric 50%
• Power Constraint 50%
• Resource Allocation Scheme 100%
• spectrum sharing 100%
• Ultra Reliable Low Latency Communication 50%

Engineering

• Achievable Rate 25%
• Average Power 25%
• Blocklength 100%
• Cellular Network 25%
• Channel State Information 25%
• Closed Form Expression 25%
• Communication Network 25%
• Iterative Algorithm 25%
• Length Code 25%
• Metrics 25%
• Packet Transmission 25%
• Power Constraint 25%
• Power Control Policy 25%
• Radio Resource 25%
• Ultra-Reliable Low Latency Communication 100%