Adaptive Energy Aware Quality of Service for Reliable Data Transfer in under Water Acoustic Sensor Networks

Keyphrases

• Energy-aware 100%
• Quality of Service 100%
• Underwater Wireless Sensor Networks 100%
• Reliable Data Transmission 100%
• Network Lifetime 40%
• Sensor Node 40%
• High-throughput 40%
• Data Transfer 40%
• Holding Time 40%
• Propagation Delay 40%
• Service-oriented 20%
• State-of-the-art Techniques 20%
• Network Overhead 20%
• Energy Management 20%
• Packet Loss 20%
• Data-centric 20%
• Energy Saving 20%
• Control Process 20%
• Reachability 20%
• Limited Sensors 20%
• High Energy 20%
• Network Propagation 20%
• Deep Learning Methods 20%
• Reliable Data Delivery 20%
• Transfer Management 20%
• Existing Algorithms 20%
• Transfer Reliability 20%
• Packet Transmission 20%
• Fixed Data 20%
• Forward-backward Algorithm 20%
• Discrete-time Stochastic Control 20%
• Adaptive Data 20%
• Congestion Control Algorithm 20%
• Service Applications 20%
• Link Reliability 20%
• Data Reliability 20%
• Conventional Algorithm 20%
• Data Forwarding 20%
• Process Learning 20%
• Less Energy Consumption 20%
• Energy Networks 20%

Engineering

• Energy Engineering 100%
• Sensor Network 100%
• Quality of Service 100%
• Data Transfer 100%
• Sensor Node 40%
• Propagation Delay 40%
• Hold Time 40%
• Network Lifetime 40%
• Energy Management 20%
• Energy Conservation 20%
• Packet Loss 20%
• Process Control 20%
• State-of-the-Art Method 20%
• Data Delivery 20%
• Reachability 20%
• Data Link 20%
• Discrete Time 20%
• Learning Technique 20%
• Control Algorithm 20%
• Packet Transmission 20%
• Congestion Control 20%
• Deep Learning Method 20%