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Note: The views expressed in the presentations below are those of the authors and do not necessarily reflect the policies or views of the United Nations Office for Outer Space Affairs. The presentations are provided solely for informational purposes.
| Keynote addresses: Setting the tone |
| European Union Agency for the Space Programme, Rodrigo DA COSTA |
| Global Navigation Satellite Systems in Finland, Taruanne LINDEVALL, Ministry of Transport and Communications, Finland |
| Session 1: Current and planned global navigation satellite systems and satellite-based augmentation systems |
| United States of America Space Based Positioning, Navigation, and Timing (PNT) Status and Applications, Robert WRAY, United States |
| Development of BeiDou Navigation Satellite System, Xiaochun LU, China |
| GPS and Galileo Signal Authentication Using Quasi-Zenith Satellite Systems (QZSS) Signal, Dinesh MANANDHAR, Japan |
| NavIC and GAGAN Systems Update, Ramarao G., India |
| NavIC Applications, Kalpesh Kumar BORSADIYA, India |
| Session 2: Current and planned global navigation satellite systems and satellite-based augmentation systems (continued) |
| BDS High Accuracy Service of BDS Public Service Platform, Shuo LIU, China |
| S2VSE - System and Service Volume Simulation Environment, Sebastian BERNHARDT, Florian EISELBRECHER, Germany |
| NavIC - Reflectometry Receiver Development for Remote Sensing Applications, Bushra ANSARI, India |
| Korea Positioning System (KPS) and the Korean Augmentation Satellite System (KASS) Update, Jongsun AN, Republic of Korea |
| Update on Augmented Navigation for Africa (ANGA), Lasisi Salami LAWAL, Nigeria |
| Session 3: Applications of global navigation satellite systems: Case studies |
| HydroGNSS - Spaceborne Use of GNSS for Climate Variable Sensing, Kimmo RAUTIAINEN, Finland |
| Contribution of GNSS to Stability Monitoring of Engineering Structures: The Case Study of Beni Haroun Dam in Algeria, Hicham DEKKICHE, Algeria |
| On the development of Multi-Instrument Arrays for Ionospheric Studies over West Africa to Support the Implementation of SBAS, Olivier OBROU, Ivory Coast |
| Session 4: GNSS-based data |
| Skyfora - Next-generation Weather intelligence - Novel uses of GNSS for meteorology, Svante HENRIKSSON, Finland |
| A Low-Cost Product (prototype) for ADSB Big Data Analysis, Narayan DHITAL, Germany |
| Airplane Trajectory Reconstruction and Analysis Using GNSS-Based ADS-B Data: What to Do with the Open Access Data Using Open-Source Software, Renato FILJAR, Croatia |
| Session 5: Low-Earth Orbit Positioning, Navigation and Timing (LEO-PNT) |
| FutureNAV In-Orbit Demonstrator - a First Step Towards a European LEO-PNT component, Miguel CORDERO LIMON, European Space Agency |
| Space-based Signals of Opportunity - an Opportunity to Resiliency, Jaakko YLIAHO, Finland |
| Design of payload and satellite for low Earth orbit mega-constellations, MAYANK, Finland |
| CENTISPACE System Experimental Satellites PPP Application Test, Mingliang XU, China |
| GPS Type Tracker Based on LoRa Transmission for Small Satellites, Yasir Ahmed Idris HUMAD, Hungary |
| Building a national Timing Grid of Ireland - Lessons Learned, Zdenek CHALOUPKA, Ireland |
| Session 6: Resilient Positioning, Navigation and Timing (PNT) |
| Resilience and Security of Geospatial Data for Critical Infrastructures, Zahidul BHUIYAN, Finland |
| Advanced Machine Learning for Anomaly Detection and Jammer Localization, Laura RUOTSALAINEN, Finland |
| National time and time services, Thomas FORDELL, Finland |
| Techniques for resilient time provision and GNSS spoofer/jammer eraser, Ondrej DANIEL HULD, Finland |
| Session 7: Resilient Positioning, Navigation and Timing (PNT) (continued) |
| The Threat of GNSS Jamming and Interference, Aiden MORRISON, Norway |
| Assured GNSS - Attacks and Countermeasures, Stefan SÖDERHOLM, Finland |
| GNSS Time and Frequency Transfers and Receiver Calibrations: Plans and Implementations, Thayathip THONGTAN, Thailand |
| Classifying GNSS Signals in Terrestrial Environments Using Deep Learning, Shweta N. SHAH, India |
| Session 8: Applications of GNSS: National Programmes and Projects |
| GNSS Efficient Management and Collaboration with Private and Public Partnerships in a Pilot Project, Zolzaya LKHAMSUREN, Mongolia |
| Lao Satellite Development, Vithaya SAYVISITH, Lao PDR |
| LOS in Surface Deformation Mapping: A Case Study on the Kingdom of Bahrain, Mohamed ELHAG, Saudi Arabia |
| Integration of GNSS Receivers with External Environmental Sensors for Mobile Air Monitoring Applications (Jakarta Study), Lin YOLA, Indonesia |
| Session 9: GNSS Technology |
| Positioning technologies and Location Innovation HUB, Antti JAKOBSSON, Finland |
| Awake.ai - Leading the Transition to Sustainable & Intelligent Maritime Logistics, Karno TENOVUO, Finland |
| The Key Role of GNSS in Logistics and Supply Chain Management Applications, Ahm SHAMSUZZOHA, Finland |
| Introduction to Metsähovi Geodetic Research Station, Hannu KOIVULA, Finland |
| Low-Cost GNSS Receiver System for Multi-Purpose Applications, Avinab MALLA, Nepal |
| Using GNSS to Validate the Philippine Geoid Model, Donnie T. MANCERA, The Philippines |
| Session 10: National experiences in the use of GNSS technology |
| Potentialities identified by the Mexican Space Agency for the Use of GNSS applications in Aviation, Agriculture and Other Sectors in Mexico, Antonio de Jesús SERRANO ARELLANO, Mexico |
| LEO-PNT as a New System for Satellite-Based Navigation, Fabricio S. PROL, Finland |
| Session 11: Space weather impact on GNSS navigation and related services |
| Observation and real-time analysis of space weather effects on GNSS through GNSS measurements, Jens BERDERMANN, Germany |
| ESA space weather system for GNSS applications, Juha-Pekka LUNTAMA, European Space Agency |
| The arctic space weather demonstrator in the European accelerators programme, Kirsti KAURISTIE, Finland |
| Ionospheric space weather monitoring and its applications on GNSS, Qi LIU, China |
| Bridging the Gap: Advancing Space Weather Services for Aviation in Egypt, Abdalla Shaker ABDALLA, Egypt |
| Session 12: Space weather impact on GNSS navigation and related services (continued) |
| GNSS: Aviation Users' View, Klaus SIEVERS, Germany (virtual) |
| IGS Ionosphere Working Group Cooperation with IRI - Provision of GNSS TEC Products to Gambit Database, Andrzej KRANKOWSKI, Poland |
| Use case demonstration on the SWIGPAD API service for creating GNSS performance indicator maps, Elias HIRVONEN, Finland |
| GNSS Related Activities to Ionospheric and Tropospheric Studies in Cyprus, Haris HARALAMBOUS, Cyprus |
| Session 13: GNSS in the service of space weather monitoring and research |
| GNSS: a useful tool to study the impact of solar activity at Earth, Nicolas BERGEOT, Belgium |
| Role of GNSS in the Space Weather Research, Christine AMORY-MAZAUDIER, France |
| Model-Based Analysis of Ionospheric Effects in Grazing Angle Reflectometry from Space, Mario MORENO, Germany |
| TomoScand - Ionospheric Imaging, Johannes NORBERG, Finland |
| Session 14: GNSS in the service of space weather monitoring and research (continued) |
| Low-Cost GNSS Receiver System for Space Weather: Comparison of results from low-cost vs. high-end receivers, MANANDHAR Dinesh, Japan |
| Operational Space Weather Programme in Kenya: Space Weather Monitoring and Prediction using GNSS Receiver Data and Magnetometer Data, Zipporah Njeri MARGARET, Kenya |
| GNSS Signal Spoofing Tests, MANANDHAR Dinesh, Japan |