ENAVS Part 1

Test Your Knowledge of Global Navigation Systems
Are you ready to challenge your understanding of global navigation systems? This quiz will take you through various aspects of satellite navigation, including its history, technologies, and global systems in place today.
Key Features:
- 57 engaging questions
- Test your knowledge on GNSS, Omega, and more
- Perfect for students and enthusiasts alike
A space-based radio navigation system owned by the US and operated by US government. - Provides geolocation and time information to receiver anywhere on or near Earth.
Key to the operation of hyperbolic system. - Use one transmitter to broadcast the master signal which was used by the secondary as trigger.
Uses computer, accelorometers, gyroscopes, magnetometer to continuously calculate position, orientation and velocity of a moving object.
Transit’s operation. Satellites travel on well-known paths and broadcast their signals on a well-known radio frequency.
Refers to the system’s capacity to provide confidence thresholds as well as alarms in the event that anomalies occur in positioning data.
Refers to the percentage of time during which the signal fulfils the accuracy, integrity and continuity criteria. Classifications:
GNSS from Russia - Suited for high latitudes ,Orbit Earth every 1 hour and 15 minutes has 3 OP and 21 + spare
GNSS from China - Consists of 35 satellites. Completed on 2017 and operational since 2011 with 10 satellites in use.
Consists of Beidou 1, NAVigation with Indian Constellation (NAVIC), Quasi-Zenith Satellite System (QZSS)-
Needed to determine a satellite’s position and gives important information about the health of a satellite, current date and time.
Tells the GPS receiver where each GPS satellite should be at any time throughout the day and shows the orbital information for that satellite and every other satellite in the system.
Procedures, technologies and human resources which make sure that aircrafts are guided safely through the sky and on the ground and airspace is managed to accommodate the chaning needs of air traffic over time.
Process by which aircraft are safely separated in the sky as they fly and at the airports where the land and take off again.
An activity done before flights take place. Calculate exactly where an aircraft will be at any given moment.
Responsible for the compilation and distribution of all aeronautical information necessary to airspace users.
Compilation of digital technologies developed and used to provide air traffic control services over a large or small geographical area including large sections of oceanic space
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