Underwater wireless sensor network's performance enhancement with cooperative routing and sink mobility

Keyphrases

• Underwater Wireless Sensor Networks 100%
• Sink Mobility 100%
• Performance Enhancement 100%
• Cooperative Routing 100%
• Network Performance 100%
• Network Layer 40%
• Communication Protocol 40%
• Network Reliability 40%
• Network Efficiency 40%
• Relay Node 40%
• Destination Node 40%
• Reduced Delay 40%
• Matrix Laboratory (MATLAB) 20%
• Distinctive Features 20%
• High-throughput 20%
• Energy Efficiency 20%
• Network Lifetime 20%
• Underwater Environment 20%
• Error Probability 20%
• Bit Error Rate 20%
• Available Bandwidth 20%
• Cooperative Communication 20%
• Physical Layer 20%
• Energy Conservation 20%
• Dynamic Network Topology 20%
• Highly Dynamic Networks 20%
• Residual Energy 20%
• Lower Error Rates 20%
• Source Node 20%
• Potential Relay 20%
• Link Utilization 20%
• MAC Layer 20%
• Efficient Communication 20%
• Delay Error 20%
• Energy Data 20%
• Energy Throughput 20%
• Reliable Communication 20%
• Gathering Data 20%
• Large Propagation Delay 20%
• Comprehensive Simulation 20%

Computer Science

• Wireless Sensor Network 100%
• Performance Enhancement 100%
• Network Performance 100%
• Communication Protocol 66%
• Network Layer 66%
• Destination Node 66%
• Network Topology 33%
• Network Lifetime 33%
• Propagation Delay 33%
• Network Reliability 33%
• Dynamic Network 33%
• Cooperative Communication 33%
• Residual Energy 33%
• Energy Efficiency 33%
• High Throughput 33%
• Distinctive Feature 33%
• Gathering Data 33%
• Reliable Communication 33%