| Welcome and Opening Remarks |
| Simonetta DI PIPPO, Office for Outer Space Affairs, United Nations Office at Vienna |
| Kenneth HODGKINS, Office of Space and Advanced Technology, Bureau of Oceans and International Environmental and Scientific Affairs, Department of State, United States of America |
| Pieter DE SMET, Galileo and EGNOS - Applications, Security; International Aspects, Directorate-General for Internal Market, Industry, Entrepreneurship and SMEs, European Commission |
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Precise GNSS Positioning - Not Just a Niche Technology, Christos RIZOS, Australia |
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Capabilities and Potentialities of Implementation of GNSS Precise Point Posioning (PPP) Service in Morocco, Mourad BOUZIANI, Morocco |
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Dynamic Precision Research Using Two GNSS Receivers with RTK, Ingus MITROFANOVS, Latvia |
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GNSS Services in Estonia: ESTPOS as a case study, Karin KOLLO, Estonia |
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The Philippine Active Geodetic Network in Support of the Surveying Community, Ronaldo GATCHALIAN, The Philippines |
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Feasibility study and site choice for an EGNOS station in Algeria, Salem KAHLOUCHE, Algeria |
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State GNSS base station Network development and applications, Janis ZVIRGZDS, Latvia |
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The NeQuick ionosphere electron density model: GNSS applications, Bruno NAVA, ICTP, Italy |
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Simultaneous Observations of EGNOS and GPS Amplitude Scintillation over Equatorial Africa, Andrew AKALA, Nigeria |
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Effects of Solar radio bursts on GPS derived TEC: an analysis of some recent events, Jean UWAMAHORO, Rwanda |
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Space Weather Effects on the Wide-Area Augmentation System (WAAS), Patricia DOHERTY, unites States of America |
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Training on Space Weather for developing countries, Christine AMORY, France |
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Information of Space Weather effects to GPS/GNSS for fishermen activities in Indonesia, Varuliantor DEAR, Indonesia (poster presentation) |
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EGNSS applications and services for road and freight transport regulated applications, Antonella DI FAZIO, Itlay |
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The Use of Satellite Navigation in Aviation: Towards a Multi-Constellation and Multi-Frequency GNSS Scenario, Jose Pablo HARO-RODRIGUEZ, Spain |
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The Use of Satellite Technology in Air Navigation Services in Peru, Jorge GARCIA VILLALOBOS, Peru |
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Disaster monitoring and management with unmanned aerial systems utilizing GNSS, Khalid ISHAQ, Pakistan |
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Citizen Science for GNSS Performance Monitoring and Assessment, Renato FILJAR and Boris SVILICIC, Croatia |
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Impact of Multi-Path Error on Availability of Integrity in GBAS Applications, Ahmad AL HOSBAN, Jordan |
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Analysis and Simulation of GNSS for Peru, Fredy Marcell VILLANUEVA JIMENEZ, Peru |
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A joint project of the University of Brasilia and the International center for Theoretical Physics on GNSS applications, Renato ALVES BORGES, Brazil and Claudia PAPARINI, ICTP, Italy |
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The state of space techniques in french speaking African countries: Bottleneck and Future perspective, Anas EMRAN, Morocco |
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Capacity building for GNSS education in Nepal, Krishna BHANDARI, Nepal |
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ICAO Global provisions and regional strategy for the introduction of GNSS services, Harvey Gabriel LEKAMISY, ICAO, Kenya |
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The Current State and Prospects of the Positioning and Timing and Navigation System in Ukraine, Stanislav KHOLODNY, Ukraine |
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GNSS application in aviation: Nepal, Narayan DHITAL, Germany |
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Status Report on BeiDou international Exchange and Training Center, Tian JIN, China |
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Summary of the United Nations/Russian Federation Workshop on the applications of GNSS, Vasily ZVONAR, Russian Federation (presented by Marina MOLOKANOVA) |
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Methods and Techniques for improvement of GNSS resilience against Jamming-spoofing-meaconing attacks at the open sea, Serdjo KOS, Croatia |
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Mutli-GNSS and deeple-coupled integration of sensors for interference mitigation, Laura Maria RUOTSALAINEN, Finland |
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Practical recommendations applicable to radio monitoring for the purposes of interference environment estimation in the radio frequency bands of GNSS, Stanislav KIZIMA, Russian Federation |
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Classification of GNSS interference, Yi ZHOU, China |
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Time Transfer Using GNSS, Selma JUNQUEIRA, Brazil |
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I. OVERVIEW
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Course Introduction, Jeffrey AUERBACH, United States |
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II. INTRODUCTION TO GNSS
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History, Tom STANSELL, United States |
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How GNSS Works and Applications, Dominic HAYES, European Union |
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GNSS Signals, Spectra, and Receiver Fundamentals, Tom STANSELL, United States |
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Why GNSS is so Weak vs Terrestrial Signals - Why it is Vulnerable, Dominic HAYES, European Union |
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Three Ways Interference Affects GNSS, David CHOI, United States |
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III. SPECTRUM MANAGEMENT
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What is Spectrum Management and Why Do It, Dominic HAYES, European Union |
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Introduction to International Telecommunication Union (ITU), Attila MATAS, ITU |
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Relevant Results of WRC-15, Attila MATAS, ITU |
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RNSS Regulations, Attila MATAS, ITU |
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Introduction to National Spectrum Agencies and National Applications, Dominic HAYES, European Union, David CHOI, United States, Takahiro MITOME, Japan |
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Possible Emissions in GNSS Frequency bands Other than GNSS Signals, Takahiro MITOME, Japan |
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Proliferation of GNSS Jammer Devices, Tom STANSELL, United States |
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Adjacent Band Interference Concerns, Dominic HAYES, European Union |
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IV. SPECTRUM PROTECTION
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What is Meant by Spectrum "Protection", Dominic HAYES, European Union |
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ITU Role in Interference Enforcement, Attila MATAS, ITU |
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ICG Activities and its Role in Spectrum Protection and Interference Detection and Mitigation, Jeffrey AUERBACH, United States |
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The Ultra-Wide Band Example and a Place to Start, Tom STANSELL, United States |
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V. INTERFERENCE DETECTION AND MITIGATION
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Interference Detection Concepts, Tom STANSELL, United States |
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Interference Detection and Mitigation and GNSS Jammers, Rick HAMILTON, United States |
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Canadian and Australian Legal Sanctions, Christos RIZOS, Australia |