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Blanckenstein, Johannes Maria Markus: Wireless sensor networks for flight applications. 2015
Content
Introduction
Motivation
Contributions and Thesis Structure
Background
Wireless Applications in Aircraft
Flight Test Instrumentation
Structural Health Monitoring
Wireless switch
Ambient Light Control
Application Requirements
Aircraft Radio Channel
Duty Cycling
Wake-up Receiver Technologies
Application Requirements
Technology
Comparison
Implementation Examples
Application Areas for Wake-up Receivers
Wake-up Receiver vs. duty-cycled Receiver
Energy-Efficient Clock Synchronization
Introduction
Background
Clock Oscillators
Periodic Synchronization
Delay Sources
Clock Synchronization Protocols
Bounded Clock Offset Synchronization
Keeping the Clock Offset Bounded
Jitter Analysis
Evaluation
Using a duty-cycled Transceiver
Using a Wake-up Receiver
Conclusion
Clustering using Wake-up Receivers
Introduction
Background
Sensor Readings
Mapping Measurements to Wake-up Messages
Protocol Design
Clustering
Monitoring
Protocol Extension
Evaluation
Clustering Phase
Overall Protocol Simulation
Verification by Hardware Implementation
Conclusions
Increasing Transmission Reliability
Introduction
Background
Protocol Description
Network Synchronization
Hardware Devices
Measurement Campaigns
Ariane 5
Airbus A330
Airbus A330 Mock-up
Conclusions
Conclusion & Outlook
List of Figures
List of Tables
Nomenclature and Abbreviations
Bibliography
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