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Increased Capacity For Vdl Mode 2 Aeronautical Data Communication, Sanjin Đerić
Increased Capacity For Vdl Mode 2 Aeronautical Data Communication, Sanjin Đerić
ETD Archive
VDL Mode 2 is the principal data communication technology for aeronautical communications implemented in the NextGen project for the National Airspace System (NAS), with potentially worldwide service. Aeronautical communications have strict transmission delay standards for safety considerations. Meeting the strict standards significantly drops the capacity of the number of aircraft that can communicate using the Very High Frequency (VHF) Data Radio (VDR). In this thesis, three methods of increasing the capacity while maintaining the strict standards are evaluated: transmit power control, load regulation and ground station placement. A simulation model using OPNET software is used for testing. Load regulation shows …
Data Logging Multiple Aviation Sensors Using A Motorala [Sic] Hc11 Microcontroller, Andrew James Wooding
Data Logging Multiple Aviation Sensors Using A Motorala [Sic] Hc11 Microcontroller, Andrew James Wooding
Theses : Honours
This project is part of the research and development of a microprocessor based integrated instrumentation system for light aircraft. It involves interfacing a Motorola HC 11 microcontroller with several sensor inputs. The project system is designed to data log battery voltage, cylinder head temperature, ambient temperature and engine RPM.
Aircraft Electronic Instrumentation, A. P. Upton
Aircraft Electronic Instrumentation, A. P. Upton
Journal of the Minnesota Academy of Science
No abstract provided.