Cross-layer Design for Software-defined Underwater Acoustic Networking

Keyphrases

• Relay Node 100%
• Software-defined 100%
• Cross-layer Design 100%
• Underwater Acoustics 100%
• Channel Quality 100%
• Next Hop 66%
• Control Packets 66%
• Delay Spread 66%
• Transmitter 33%
• Statistical Model 33%
• Probability Distribution 33%
• Channel Gain 33%
• Bellhop 33%
• Link Quality 33%
• Sink Node 33%
• Retransmission 33%
• Low Latency 33%
• Channel Status 33%
• Communication Efficiency 33%
• Network Performance 33%
• Beacon Signal 33%
• Energy per Bit 33%
• One-hop Neighbor 33%
• Hidden Markov Process 33%
• Ray Tracing Software 33%
• Channel State Information 33%
• Packet Delivery Ratio 33%
• Periodic Beacon 33%
• Normalized Weights 33%
• Data Packet 33%

Engineering

• Nodes 100%
• Cross-Layer Design 100%
• Relay Node 60%
• Channel Quality 60%
• Delay Spread 40%
• Transmissions 20%
• Energy Engineering 20%
• Metrics 20%
• Channel Gain 20%
• Data Packet 20%
• Channel State Information 20%
• Statistical Model 20%

Computer Science

• Channel Quality 100%
• Control Packet 66%
• Packet Delivery Ratio 33%
• Network Performance 33%
• Software Tracing 33%
• Excessive Number 33%
• ray-tracing 33%
• Channel State Information 33%
• Statistical Model 33%
• Markov Process 33%