A smart handover prediction system based on curve fitting model for Fast Mobile IPv6 in wireless networks

Keyphrases

• Access Point 66%
• Comparison with a Standard 33%
• Curve Model 100%
• Efficient Communication 33%
• Handover 33%
• Handover Latency 33%
• Handover Management 33%
• Handover Prediction 100%
• Indicator Parameters 33%
• Linear Regression 66%
• Mobile Nodes 66%
• Mobility Management Protocols 33%
• Prediction Approach 33%
• Prediction Method 33%
• Prediction System 100%
• Proxy Mobile IPv6 (PMIPv6) 100%
• Received Signal Strength 66%
• Received Signal Strength Indicator 33%
• Regression Approach 33%
• Regression-based Method 33%
• Seamless Handover 66%
• Signal Strength Index 33%
• Smart Handover 100%
• Strength Prediction Model 33%
• Systems-based 100%
• Wireless Environment 33%
• Wireless Local Area Network 33%
• Wireless Networks 100%

Computer Science

• Access Point 66%
• Fitting Curve 100%
• Handover Latency 33%
• Handover Process 33%
• Mobile IPv6 100%
• Mobility Management 33%
• Prediction Model 33%
• Prediction Technique 33%
• Received Signal Strength 100%
• Scanning Phase 66%
• Seamless Handover 66%
• Signal Strength 33%
• wireless local area network 33%
• Wireless Networks 100%

Engineering

• Access Point 33%
• Cogeneration Combined Cooling Heating Power 66%
• Fitting Curve 100%
• Handover 100%
• Handover Process 16%
• Local Area Network 16%
• Mobile Node 33%
• Received Signal Strength 50%
• Signal Strength 16%
• Simulation Result 16%