Deploying a low energy power model within data loggers and sensors for the remote monitoring of assets

Keyphrases

• Low Energy 100%
• Data Logger 100%
• Remote Monitoring 100%
• Power Energy 100%
• Power Model 100%
• Energy Harvesting 100%
• Data Sensors 100%
• Energy Management 66%
• University of Birmingham 33%
• Water Level 33%
• Functional Capacity 33%
• Energy Available 33%
• Sand 33%
• Specific Energy 33%
• Model Use 33%
• Trackside 33%
• Slippage 33%
• Embankment 33%
• Remote Condition Monitoring 33%
• Lamp 33%
• Logger 33%
• Product Range 33%
• Rapid Deployment 33%
• Wireless Remote 33%
• Infrastructure Systems 33%
• Vehicle-based 33%
• Operating Environment 33%
• Network Rail 33%
• Energy Harvesting System 33%
• Intelligent Infrastructure 33%
• Wireless Connectivity 33%
• Configuration Files 33%
• Hardware Configuration 33%
• Instance Data 33%
• Remote Configuration 33%
• Temporary Speed Restriction 33%
• Door Operation 33%
• Water Orientation 33%

Computer Science

• Computer Hardware 100%
• Remote Monitoring 100%
• Case Study 50%
• Collected Data 50%
• Condition Monitoring 50%
• Infrastructure System 50%
• Operating Environment 50%
• Functional Capability 50%
• Initial Configuration 50%
• Rapid Deployment 50%
• Wireless Connectivity 50%
• Configuration File 50%
• Hardware Configuration 50%
• Instance Data 50%
• Configuration Management 50%
• Physical Hardware 50%

Engineering

• Energy Harvesting 100%
• Energy Management 66%
• Railway 33%
• Collected Data 33%
• Condition Monitoring 33%
• Slippage 33%
• Initial Configuration 33%
• Operating Environment 33%
• Available Energy 33%
• Configuration File 33%
• Physical Hardware 33%