A. Joint Channel and Power Allocation for Underwater Cognitive Acoustic Networks
B. Performance Analysis of a Master/Slave base Modbus-CAN for Naval Combat System
A. Joint Channel and Power Allocation for Underwater Cognitive Acoustic Networks
• Abstract
• Introduction
• System model
B. Real Time Performance Analysis of a Master/Slave base Modbus-CAN for Naval Combat System
• System model
• Introduction
A. Joint Channel and Power Allocation for Underwater Cognitive Acoustic Networks
• Continue writing paper
• Proposed scheme
• Setup simulation
B. Real Time Performance Analysis of a Master/Slave base Modbus-CAN for Naval Combat System
• System model
• Propose algorithm
Modelling of marine engines in ship propulsion control system
• Read paper related to propulsion system
• Learn simulation of Dynamic Systems with Matlab
• Continue reading paper related to propulsion system
• Try to run simulation of propulsion system in Matlab
A. Joint Channel and Power Allocation for Underwater Cognitive Acoustic Networks
• Submit to ATC
B. Performance Analysis of a Master/Slave base Modbus-CAN for Naval Combat System
Finish the following part:
• Proposed algorithm
• Simulation
A. Submit paper to international conference and journal
B. Finish project