Transmission Scheduling for Solar-Powered Wireless Monitoring with Data Immediacy

Keyphrases

• Solar Power 100%
• Wireless Monitoring 100%
• Transmission Scheduling 100%
• Sensor Node 33%
• Wireless Communication 33%
• Data Transmission 33%
• Channel Condition 33%
• Design Objectives 33%
• Q-learning 33%
• Client-centered 33%
• Real Experiment 33%
• Battery Condition 33%
• Age of Information 33%
• Round Robin Scheduling 33%
• Environmental Monitoring System 33%
• Multiple Clients 33%
• Age Data 33%
• Time-division multiple Access 33%
• Green Wireless Communications 33%
• Wireless Environment Monitoring 33%
• Information Freshness 33%
• Buffer Conditions 33%

Computer Science

• Monitoring System 100%
• Sensor Node 100%
• Wireless Communication 100%
• Learning Approach 100%
• Design Objective 100%
• Multiple Client 100%
• Round Robin Scheduling 100%
• Time Division Multiple Access 100%
• Data Performance 100%

Engineering

• Transmissions 100%
• Battery (Electrochemical Energy Engineering) 50%
• Sensor Node 50%
• Wireless Communication 50%
• Monitoring System 50%
• Learning Approach 50%
• Design Objective 50%
• Q-Learning 50%
• Real Experiment 50%
• Time Division Multiple Access 50%