GNSS for Surveillance and Navigation in ATM
This course is designed to give a clear presentation of satellite constellations used for navigation, signal structures, system errors and a full explanation of the different types of augmentations that can be applied, including civil aviation view and necessary enhancements. This training allows to have a overview of the techniques of navigation that are deployed in Europe and around the world. At the introduction, we will develop the navigation generic requirement for systems (Conventionl Nav Aids and GNSS), recommended by OACI , RTCA, Eurocae and by the operational requirements (RNAV, RNP, PBN, criteria). The course ends with a view of future GNSS developments including a discussion on GALILEO.
Additionally, we will study how GNSS principle and technique can be exported towards the surveillance Domain. In theses courses , Automatic Dependent Surveillance-Broadcast (ADS-B) and Multilateration (MLAT) will be presented as two emerging surveillance technologies identified as part of the European Surveillance Strategy.
The course is designed for staff working in any area of CNS/ATM, to whom an overview of current and future development technique of the SUR-NAV/ATM system might be beneficial. Its is aimed at people with a perception of the current Navigation and Surveillance domains, and wanting to take part in an in-depth analysis concerning the understanding of the way the GNSS can support Navigation and Surveillance.
Globally this training targets engineers, involved in the planning of national “Nav/Surv” infrastructures of the local ANSP. This course is designed for operational, technical and managerial ATM staff interessed in the developments of the field of Automatic Dependent Surveillance - Broadcast, Multilateration and Navigation, more especially with a view toward implementation in their own environment. It may also be of interest to ANSP staff involved in current or future ADS-B or Multilateration Deployment.
GNSS : Concept , strategy and detection
GPS System Description
Basic radio-navigation measurements and principles : distance, velocity, time . Principe of measurement of solution of navigation. Time and coordinates reference system.
GPS Architecture and Technique
GPS : space , control and users segments . GPS Architecture.
Signal structure : frequencies, multiple access technique, spread spectrum technique , Code C/A , P(Y), GPS Data Message.
Transmission channel : ionosphere and troposphere propagation properties, interferences , multipath , localisation Indoors.
Performances : D.O.P , Accuracy , Availability , Integrity , Continuity.
Differential techniques : DGPS
Principles of correction of common bias systematic error : code differential and phase differential techniques.
Others Satellites Constellation for Navigation
GLONASS , GALILEO , Modernized GPS .
General consideration on navigation , Operational requirements and strategy
Navigation and different phase of flight (En-route, TMA, approach and landing) , Notion of general Navigation errors Requirement Navigation performance overview and operation benefits .
Introduction to the Policy of Augmentation of Accuracy , Availability , Integrity (ABAS,GBAS,SBAS,RAIM,EGNOS ...)
Landing phase (non-precision, precision).
RNAV. PBN Concept.
General consideration on Surveillance , Operational requirements and strategy
Introduction to the general Surveillance Radar sensors and tracking processing
Concept of Non-Dependant detection Mode S Radar and Multilateration.
Concept of Dependant detection ADS-B
How GNSS can help surveillance in positioning , accuracy and integrity ?
Demonstration and Simulations on the simulator or equipment device of ENAC
Demonstration in “Direction Technique de l'Innovation” of French DSNA or in French Industrial company
For information only : 52 hours