A novel architecture for multi-hops routing ad hoc underwater acoustic sensor networking

Keyphrases

• Sea Trial 100%
• Sensor Networks 100%
• Ad Hoc Networks 100%
• Multipath Routing 100%
• Propagation Time 100%
• Novel Architecture 100%
• Underwater Sensors 100%
• Israel 50%
• Underwater Acoustics 50%
• Network Scheme 50%
• Underwater Networks 50%
• Acoustics 50%
• Underwater Acoustic Communication 50%
• Time-varying Topology 50%
• Collision-free 50%
• Quality of Service 50%
• Network Reliability 50%
• Spatial Reuse 50%
• Near-far Problem 50%
• Network Resources 50%
• Propagation Dynamics 50%
• TDMA Schemes 50%
• Dynamic Network Topology 50%
• Code-domain 50%
• Minimum Latency 50%
• Multi-hop Relay 50%
• Network Efficiency 50%
• Broadcast Transmission 50%
• Navigation Message 50%
• SMS Text Messaging 50%
• Multicast Transmission 50%
• Error Probability 50%
• Fast Time-varying 50%
• Quality Support 50%
• Broadcast/multicast 50%
• Unicast Transmission 50%
• Network Concepts 50%

Computer Science

• Propagation Time 100%
• Multi-hop Routing 100%
• underwater acoustic communication 50%
• Network Topology 50%
• Dynamic Network 50%
• Quality of Service 50%
• Spatial Reuse 50%
• ad-hoc network 50%
• Network Resource 50%
• Multicasting 50%
• Network Reliability 50%
• Unicast 50%
• Topology 50%