Coding-Assisted broadcast scheduling via memetic computing in SDN-Based vehicular networks

Keyphrases

• Vehicular Ad Hoc Networks 100%
• Broadcast Scheduling 100%
• Memetic Algorithm 100%
• Base Station 66%
• Network Coding 66%
• Broadcast Scheduling Problem 66%
• Vehicular Caching 66%
• Simulation Model 33%
• Nature-inspired 33%
• Synergistic Effect 33%
• Data Broadcasting 33%
• Fitness Function 33%
• Bandwidth Utilization 33%
• Local Search Algorithm 33%
• NP-hardness 33%
• Vector Representation 33%
• Solution Evaluation 33%
• Heterogeneous Wireless Networks 33%
• Computational Paradigm 33%
• Repair Operator 33%
• Comprehensive Performance Evaluation 33%
• Software-defined Networking 33%
• Service-oriented Architecture 33%
• Roadside Unit 33%
• Offspring Generation 33%
• Network Concept 33%
• Matrix Completion Problem 33%
• Heterogeneous Vehicular Networks 33%
• Broadcast Efficiency 33%
• Polynomial-time Reduction 33%
• Wireless Interface 33%
• Binary Vector 33%
• Infeasible Solution 33%

Computer Science

• Scheduling Problem 100%
• Vehicular Network 100%
• Network Coding 100%
• Software-Defined Networking 100%
• Performance Evaluation 50%
• Local Search Method 50%
• Memetic Algorithm 50%
• Network Concept 50%
• Service Architecture 50%
• Simulation Model 50%
• Polynomial Time 50%
• Fitness Function 50%
• Bandwidth Efficiency 50%
• Software-Defined Network 50%