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Displaying 43 authors out of 43
A. DI FAZIO (Telespazio)
EGNOS Use in Road Applications
Ionspheric Storm Monitoring with GNSS
A. MACAULAY, I. HOYAS ESTER (NovAtel Corporation)
Positioning Solved - Anytime, Anywhere GNSS Receiver Applications with NovAtel, Inc.,
IONOSPHERIC DATA LABORATORY
Evolution to Modernized GNSS Ionospheric Scintillation and TEC Monitoring
GNSS Science Applications: The ESA Vision
GNNS Remote Sensing: Electron Density Profiling through Radio Occultation
Data Ingestion in Ionospheric Electron Density Models
NeQuick 2 model
B. RABIU (NASRDA, Abuja, Nigeria)
GNSS in Africa: Trends of Applications and Prospect
BASUTI BOLO MATHANGWANE (Ministry of Agriculture, Gaborone, Botswana)
Participant Presentation: The application of GNSS in agriculture - Case Study - Botswana
Laboratory (Terrace Level): GNSS TEC/Scintillation Receiver Demonstration
C. HEGARTY (MITRE Corporation)
Fundamentals of GNSS
GPS Space and Control Segments
GPS Measurements and Error Sources
GNSS Systems: Modernized GPS, GALILEO, GLONASS, COMPASS, IRNSS and QZSS
Sensing Space Weather with Distributed Observatories
GPS Observations of Plasma Bubbles and Scintillations over Equatorial Africa
Physical Interpretation of TEC Values Measured with GPS Receivers
Automated Detection of Depletions
Introduction to Space Weather and its Impact on Our Daily Lives
Laboratory: Space Weather Information Laboratory
AMBER Magnetometers Network and Longitudinal Differences of Equatorial Electrodynamics and Ionospheric Vertical Density Distribution
AMISR Technology: Possibilities for Africa
Variability of TEC in the Equatorial Region (Uganda)
F. VESPE (Italian Space Agency)
Use of GNSS Systems in the Field of Earth observations
GNSS/Space Weather Research at the University of Ilorin
GPS Navigation Solutions
GPS Navigation Solutions, continued
GNSS Receiver Design Fundamentals
GNSS Receivers continued
Laboratory: GLONASS Data Processing and TEC Calibration
K. AOUDIA (ESP/ICTP)
GNSS for Earthquake and Volcanic Hazards Observations
Ionospheric irregularities and their impact on GNSS
Scintillation Effects on Positioning at SCINDA Sites during Solar Cycle 24
Ionospheric Effects on the Expanding GNSS Spectrum
K. WEINS (AFRL, USA)
Update on SCINDA Activities around the Globe
Laboratory: GNSS Derived TEC Data Calibration
Role of GNSS in Advancing Natural Hazards Monitoring and Risk Assessment: Earthquakes, Fault Zones, Volcanoes and Landslides
Remote Sensing Systems Integrated with GNSS for Monitoring and Measuring Changes for Natural Hazards
Open Discussion
The South African National Space Agency (SANSA)
Introduction to Satellite Navigation
Theory of Radio Wave Propagation through Ionospheric Irregularities
Introduction to GNSS Applications
Space Weather Effects on Aviation Systems
On the Variability of TEC in the Indian Low Latitude Sector
GNSS Remote Sensing: Troposphere Profiling through Radio Occultation
R. ORUS (ESA)
The use of NeQuick model on ESA missions and R & D activities
Introduction to RINEX
RINEX Data Processing
Genesis and evolution of the NeQuick model
Iono-Seismic Effects Detection Using GNSS Observations
The Worldwide Ionosphere
Ionospheric climate to ionospheric weather modeling: The New Path
Opening Ceremony - Remarks and Welcome
OPEN Discussion:
Challenges for Positioning in Africa
Introduction to Ionosondes
Applications for Aviation
Aviation Continued
Exercises on Radio-Waves Propagation through Ionospheric Irregularities
Scintillation Modeling
The NeQuick 2 code and laboratory demonstration

Organizers

S.M. Radicella (ICTP), Patricia H. Doherty (USA)