Modeling Statistical Delay, Error-Rate, and Joint-Delay/Error-Rate QoS-Exponents Over M-MIMO Mobile Wireless Networks Using FBC

Keyphrases

• Analytical Modeling 12%
• Analytical Relation 12%
• Communication Traffic 12%
• Data Communication 12%
• Data Traffic 12%
• Decoding Error Probability 12%
• Delay Constraint 12%
• Delay Error 100%
• Delay Rate 50%
• Effective Capacity 25%
• Error Rate 100%
• Finite Blocklength Coding 100%
• Finite Blocklength Regime 25%
• Increased Demand 12%
• Low-latency Communications 50%
• Massive multiple-input 50%
• Massive multiple-input multiple-output (mMIMO) 100%
• Mobile Wireless Networks 100%
• Modeling Framework 12%
• Modelling Scheme 12%
• Multiple-input multiple-output 50%
• Output-only 25%
• Packet Data 12%
• Quality of Service 100%
• Quality of Service Metrics 50%
• Real-time multimedia 12%
• Short Packet 12%
• Statistical Delay 100%
• Statistical Errors 25%
• Statistical Quality-of-service 37%
• Stochastic Characteristics 12%
• Stochastic Dynamics 12%
• Ultra-low 50%
• Ultra-reliable 50%
• Upper Bounding 25%
• Wireless Data 12%
• Wireless Fading Channels 25%
• Wireless Network Architecture 12%

Engineering

• Blocklength 100%
• Data Packet 10%
• Data Traffic 10%
• Decoding Error 10%
• Error Rate 100%
• Fading Channel 20%
• Increasing Demand 10%
• Input Multiple 40%
• Joints (Structural Components) 100%
• Metrics 40%
• Model System 10%
• Multiple-Input Multiple-Output 100%
• Quality of Service 100%
• Stochastic Dynamic 10%

Computer Science

• Communication Latency 40%
• Data Communication 10%
• Decoding Error 10%
• Fading Channel 20%
• MIMO Systems 100%
• Multimedia 10%
• Network Architecture 10%
• Quality of Service 100%
• Wireless Networks 100%