Second Training Session of TREGA: Training on EGNOS-GNSS in Africa (a Project funded by the European Union) | (smr 2658) (20 January 2014 - 12 March 2014)

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Displaying 144 contributions out of 144

Antenna receiver positioning (dual frequency)

Session:

Basic UNIX/Linux commands

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Basics on noise in GNSS receivers

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Code-based Measurements

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Course introduction

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Data demodulation

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Definition of integrity, accuracy, availability, and continuity

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ECLAYR INTRO and configuration

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ECLAYR Inputs and execution

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ECLAYR Output analysis and troubleshooting

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EDAS (I)

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EDAS (II)

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EDAS and EGNOS technical documents

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EDAS and EGNOS technical documents

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EETES INTRO: EETES configuration and execution

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EETES Output analysis and Troubleshooting

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EGNOS Data Processing software toolsets (I

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EGNOS Data Processing software toolsets (II)

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EGNOS Mission Requirements and Services (II)

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EGNOS Mission Requirements and Services(I)

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EGNOS Operations and Service Provision (I)

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EGNOS Operations and Service Provision (II)

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EGNOS PVT solution

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EGNOS Performance

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EGNOS Performance monitoring (ESA Stanford Diagram, …)

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EGNOS SIS description

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EGNOS SIS practical cases (I)

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EGNOS SIS practical cases (II)

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EGNOS Service Validation and Certification process (I)

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EGNOS Service Validation and Certification process (II)

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EGNOS Signal-in-Space structure (Message Types)

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EGNOS Wide Area Network technology

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EGNOS applications (aviation): Operational implementation in aviation / PBN concept and implementation guidelines (I)

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EGNOS applications (aviation): Operational implementation in aviation / PBN concept and implementation guidelines (II)

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EGNOS description: Ground and Space Segments

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EGNOS releases commissioning process

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EGNOS system Overview (I)

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EGNOS system Overview (II)

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EGNOS-based Applications

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European FP7 initiatives - Aviation projects (I)

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European FP7 initiatives - Aviation projects (II)

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Evolution of different EGNOS releases

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Existing and planned GNSS, with particular focus on GPS and Galileo

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Final Test. Overall assessment. Questions & Answers

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Fundamentals on Satellite Navigation: trilateration, ranges and pseudoranges, GDOP

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GNSS Monitoring Networks and TREGA Backbone (I)

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GNSS Monitoring Networks and TREGA Backbone (II)

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GNSS Performance monitoring and legal recording requirements (ICAO Annex 10) (I)

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GNSS Performance monitoring and legal recording requirements (ICAO Annex 10) (II)

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GNSS Receiver: Acquisition techniques

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GNSS Receiver: Acquisition techniques

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GNSS Receiver: The Front-End

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GNSS Receiver: Tracking techniques

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GNSS Receiver: Tracking techniques

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GNSS observables biases

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GNSS observables biases

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GNSS observables biases

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GNSS observables biases

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GNSS receiver installation set up and data logging

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GNSS signals: CDMA vs. FDMA, PRN codes

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GNSS signals: CDMA vs. FDMA, PRN codes

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GNSS-based Applications

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GNSS-based Applications

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Galileo SIS. BOC, ALTBOC, CASM. CBOC.

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General Output Analysis, troubleshooting, review and questions

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Global performance assessment and anomaly investigation (availability and continuity)

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Hands-on session (using MATLAB): Analysis of EGNOS Data

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Hands-on session (using MATLAB): Analysis of EGNOS Data

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Hands-on session (using MATLAB): Analysis of GNSS SIS with the N-FUELS simulation tool – Part 1.

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Hands-on session (using MATLAB): Analysis of GNSS SIS with the N-FUELS simulation tool – Part 1.

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Hands-on session (using MATLAB): Analysis of GNSS SIS with the N-FUELS simulation tool – Part 2

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Hands-on session (using MATLAB): Analysis of GNSS SIS with the N-FUELS simulation tool – Part 2

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Hands-on session (using MATLAB): GNSS Receiver technologies

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Hands-on session (using MATLAB): GNSS Receiver technologies

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Implementation Plan and strategy

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Installation and Operational Approval (MOPS Requirements, ETSO) (I)

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Installation and Operational Approval (MOPS Requirements, ETSO) (II)

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Introduction to Differential GNSS

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Introduction to Error Sources. Link Budget

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Introduction to N-FUELS simulation tool

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Introduction to the GNSS testing/simulation platform

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Introduction to the GNSS testing/simulation platform

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Introduction to the GNSS testing/simulation platform

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Introduction to the GNSS testing/simulation platform

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Ionospheric Modeling

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Ionospheric Modeling

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Ionospheric Modeling

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Ionospheric Modeling

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Key Performance Indicators practical cases (I)

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Key Performance Indicators practical cases (II)

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Key Performance indicators: Accuracy, Integrity, Availability and Continuity (I)

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Key Performance indicators: Accuracy, Integrity, Availability and Continuity (II

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Local Area Augmentation Systems

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Local performance assessment and anomaly investigation (accuracy and integrity)

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MBOC and TMBOC

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MagicGEMINI INTRO and configuration

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MagicGEMINI Inputs and execution

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MagicGEMINI Output analysis and troubleshooting

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MagicSBAS INTRO

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MagicSBAS Input data gathering

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MagicSBAS Output analysis

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MagicSBAS Output analysis

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MagicSBAS Output analysis

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MagicSBAS Output analysis

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MagicSBAS Suite INTRO Training

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MagicSBAS Troubleshooting

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MagicSBAS execution

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MagicSBAS execution

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Market Analysis Business case

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Modernized GNSS SIS: description of GPS modernization signals

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NOTAM Service (I)

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NOTAM Service (II)

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Operational enablers (I)

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Operational enablers (II)

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Operational enablers (III)

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Operational enablers (IV)

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Other EGNOS applications - Maritime, precise agriculture, others (I)

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Other EGNOS applications - Maritime, precise agriculture, others (II)

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Overall assessment: Questions/Answers (I)

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Overall assessment: Questions/Answers (II)

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Overview of GNSS Receivers Architecture

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Pseudorange computation, PVT

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Pseudorange computation, PVT

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Receiver performance in terms of accuracy and integrity

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Regional Service Provision preliminary studies and demonstrations (I)

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Regional Service Provision preliminary studies and demonstrations (II)

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Regional initiatives (I)

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Regional initiatives (II)

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Standard Performance Report (I)

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Standard Performance Report (II)

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TREGA backbone practical cases (I)

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TREGA backbone practical cases (II)

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Techniques for the analysis of EGNOS Data

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Techniques for the analysis of EGNOS Data

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The Ionosphere and Its Effects on GNSS

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The Ionosphere and Its Effects on GNSS

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The Ionosphere and Its Effects on GNSS

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The Ionosphere and Its Effects on GNSS

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Weekly Questionnaire: Questions/Answers (I)

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Weekly Questionnaire: Questions/Answers (I)

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Weekly Questionnaire: Questions/Answers (II)

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Weekly Questionnaire: Questions/Answers (II)

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Wide Area Augmentation Systems

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Wide-Area Real-Time Kinematics (WARTK)

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Organizers

S.M. Radicella

Co-sponsors

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