Mobility-Aware Proactive Flow Setup in Software-Defined Mobile Edge Networks

Computer Science

• Dynamic Routing 100%
• Software-Defined Network 100%
• Linear Programming Problem 50%
• Emerging Application 50%
• Approximation Algorithms 50%
• Integer-Linear Programming 50%
• Heuristic-Based Algorithm 50%
• Routing Strategy 50%
• Network Resource Management 50%
• delay jitter 50%
• Network Resource 50%
• Polynomial Time 50%
• Network Controller 50%
• Linear Programming 50%

Keyphrases

• Software-defined 100%
• Mobile Edge Networks 100%
• Flow Setup 100%
• Mobility-aware 100%
• Latency 30%
• Hit Ratio 30%
• Flow Rule 20%
• Dynamic Routing 20%
• Time-sensitive Services 20%
• Heuristic Algorithms 10%
• NP-hard 10%
• Linear Programming 10%
• Delay Jitter 10%
• Integer Linear Programming Problem 10%
• Network Resources 10%
• Routing Strategy 10%
• Polynomial-time Approximation Algorithm 10%
• User Mobility 10%
• Software-defined Networking 10%
• Trace-driven 10%
• Software Defined Network Controllers 10%
• Additional Flow 10%
• Network Resource Management 10%
• Quasi-greedy Basis 10%