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Displaying 21 speakers out of 21
BEATRICE MOTELLA, ISTITUTO SUPERIORE MARIO BOELLA
Hands-on session (using MATLAB): Analysis of GNSS SIS with the N-FUELS simulation tool – Part 1.
Hands-on session (using MATLAB): Analysis of GNSS SIS with the N-FUELS simulation tool – Part 1.
Hands-on session (using MATLAB): Analysis of GNSS SIS with the N-FUELS simulation tool – Part 2
Hands-on session (using MATLAB): Analysis of GNSS SIS with the N-FUELS simulation tool – Part 2
BRUNO NAVA, ICTP
Ionospheric Modeling
Ionospheric Modeling
DAVIDE MARGARIA, ISTITUTO SUPERIORE MARIO BOELLA
Modernized GNSS SIS: description of GPS modernization signals
MBOC and TMBOC
Galileo SIS. BOC, ALTBOC, CASM. CBOC.
Introduction to N-FUELS simulation tool
GABRIELLA POVERO, ISTITUTO SUPERIORE MARIO BOELLA
Course introduction
Fundamentals on Satellite Navigation: trilateration, ranges and pseudoranges, GDOP
Definition of integrity, accuracy, availability, and continuity
Existing and planned GNSS, with particular focus on GPS and Galileo
GNSS signals: CDMA vs. FDMA, PRN codes
GNSS signals: CDMA vs. FDMA, PRN codes
Introduction to Error Sources. Link Budget
Basics on noise in GNSS receivers
GIANLUCA FALCO, ISTITUTO SUPERIORE MARIO BOELLA
Code-based Measurements
Data demodulation
Pseudorange computation, PVT
Pseudorange computation, PVT
GIANLUCA MARUCCO, ISTITUTO SUPERIORE MARIO BOELLA
Introduction to Differential GNSS
Local Area Augmentation Systems
Wide Area Augmentation Systems
Receiver performance in terms of accuracy and integrity
EGNOS description: Ground and Space Segments
EGNOS SIS description
EGNOS Performance
EGNOS Performance monitoring (ESA Stanford Diagram, …)
EDAS and EGNOS technical documents
EDAS and EGNOS technical documents
EGNOS Wide Area Network technology
Wide-Area Real-Time Kinematics (WARTK)
GMV MAGIC/SBAS TRAINING
Basic UNIX/Linux commands
GMV MAGICSBAS TRAINING
MagicSBAS Suite INTRO Training
EETES INTRO: EETES configuration and execution
EETES Output analysis and Troubleshooting
JAVIER OSTOLAZA GONZÁLEZ / GMV COMPANY
MagicSBAS Troubleshooting
ECLAYR INTRO and configuration
ECLAYR Inputs and execution
ECLAYR Output analysis and troubleshooting
MagicGEMINI INTRO and configuration
MagicGEMINI Inputs and execution
MagicGEMINI Output analysis and troubleshooting
General Output Analysis, troubleshooting, review and questions
JULIAN BARRIOS LERMA / GMV COMPANY
MagicSBAS INTRO
MagicSBAS Input data gathering
MagicSBAS execution
MagicSBAS execution
MagicSBAS Output analysis
MagicSBAS Output analysis
MagicSBAS Output analysis
JULIAN BARRIOS LERMA/ GMV COMPANY
MagicSBAS Output analysis
LUIGI CIRAOLO, ICTP
GNSS observables biases
GNSS observables biases
GNSS observables biases
GNSS observables biases
MARCO PINI, ISTITUTO SUPERIORE MARIO BOELLA
Techniques for the analysis of EGNOS Data
Techniques for the analysis of EGNOS Data
Hands-on session (using MATLAB): Analysis of EGNOS Data
Hands-on session (using MATLAB): Analysis of EGNOS Data
GNSS-based Applications
GNSS-based Applications
EGNOS-based Applications
Final Test. Overall assessment. Questions & Answers
MARIO NICOLA, ISTITUTO SUPERIORE MARIO BOELLA
Overview of GNSS Receivers Architecture
GNSS Receiver: The Front-End
GNSS Receiver: Acquisition techniques
GNSS Receiver: Acquisition techniques
GNSS Receiver: Tracking techniques
GNSS Receiver: Tracking techniques
Hands-on session (using MATLAB): GNSS Receiver technologies
Hands-on session (using MATLAB): GNSS Receiver technologies
MATHEW CHURCHMAN / NATALI CACCIOPPOLI - PILDO LABS, BARCELONA, SPAIN
GNSS receiver installation set up and data logging
EGNOS PVT solution
Antenna receiver positioning (dual frequency)
EGNOS Data Processing software toolsets (I
EGNOS Data Processing software toolsets (II)
EGNOS SIS practical cases (I)
EGNOS SIS practical cases (II)
GNSS Performance monitoring and legal recording requirements (ICAO Annex 10) (I)
GNSS Performance monitoring and legal recording requirements (ICAO Annex 10) (II)
GNSS Monitoring Networks and TREGA Backbone (I)
GNSS Monitoring Networks and TREGA Backbone (II)
Key Performance indicators: Accuracy, Integrity, Availability and Continuity (I)
Key Performance indicators: Accuracy, Integrity, Availability and Continuity (II
Key Performance Indicators practical cases (I)
Local performance assessment and anomaly investigation (accuracy and integrity)
Regional Service Provision preliminary studies and demonstrations (I)
Regional Service Provision preliminary studies and demonstrations (II)
Key Performance Indicators practical cases (II)
Global performance assessment and anomaly investigation (availability and continuity)
MATHEW CHURCHMAN /NATALI CACCIOPPOLI - PILDO LABS, BARCELONA, SPAIN
EGNOS Signal-in-Space structure (Message Types)
MERCEDES RECHE / PILDO LABS, BARCELONA, SPAIN
EGNOS system Overview (I)
EGNOS system Overview (II)
EGNOS Mission Requirements and Services(I)
EGNOS Mission Requirements and Services (II)
EGNOS releases commissioning process
Evolution of different EGNOS releases
EGNOS Service Validation and Certification process (I)
EGNOS Service Validation and Certification process (II)
EGNOS Operations and Service Provision (I)
EGNOS Operations and Service Provision (II)
Weekly Questionnaire: Questions/Answers (I)
Weekly Questionnaire: Questions/Answers (II)
NATALI CACCIOPPOLI / PILDO LABS, BARCELONA, SPAIN
Standard Performance Report (I)
Standard Performance Report (II)
TREGA backbone practical cases (I)
TREGA backbone practical cases (II)
EDAS (I)
EDAS (II)
NOTAM Service (I)
NOTAM Service (II)
European FP7 initiatives - Aviation projects (I)
European FP7 initiatives - Aviation projects (II)
Regional initiatives (I)
Regional initiatives (II)
EGNOS applications (aviation): Operational implementation in aviation / PBN concept and implementation guidelines (I)
EGNOS applications (aviation): Operational implementation in aviation / PBN concept and implementation guidelines (II)
Other EGNOS applications - Maritime, precise agriculture, others (I)
Other EGNOS applications - Maritime, precise agriculture, others (II)
Implementation Plan and strategy
Market Analysis Business case
Weekly Questionnaire: Questions/Answers (I)
Weekly Questionnaire: Questions/Answers (II)
RAMON SOLÉ / PILDO LABS, BARCELONA, SPAIN
Operational enablers (I)
Operational enablers (II)
Operational enablers (III)
Operational enablers (IV)
Installation and Operational Approval (MOPS Requirements, ETSO) (I)
Installation and Operational Approval (MOPS Requirements, ETSO) (II)
Overall assessment: Questions/Answers (I)
Overall assessment: Questions/Answers (II)
SANDRO RADICELLA, ICTP
The Ionosphere and Its Effects on GNSS
The Ionosphere and Its Effects on GNSS
The Ionosphere and Its Effects on GNSS
The Ionosphere and Its Effects on GNSS
Ionospheric Modeling
Ionospheric Modeling
XURXO OTERO VILLAMIDE, ICTP
Introduction to the GNSS testing/simulation platform
Introduction to the GNSS testing/simulation platform
Introduction to the GNSS testing/simulation platform
Introduction to the GNSS testing/simulation platform

Organizers

S.M. Radicella

Co-sponsors