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Note: The views expressed in the presentations below are those of the authors and do not reflect the policies or views of the United Nations Office for Outer Space Affairs. The presentations are provided solely for informational purposes.
| Welcome and Opening Remarks |
| Krishna RAJ B.C., Director General, Survey Department, Nepal |
| Niraj MANANDHAR, Survey Department, Nepal |
| Bikram PANDEY, Minister, Ministry of Land Reform and Management, Nepal |
| Dinesh MANANDHAR, University of Tokyo, Japan |
| Sharafat GADIMOVA, Office for Outer Space Affairs, United Nations Office at Vienna, Vienna, Austria |
| Mohan Krishna SAPKOTA, Secretary, Ministry of Land Reform and Management, Nepal |
| Min Bahadur SHRESTHA, Vice-Chairman, National Planning Commission, Nepal |
| International Cooperation in Promoting a Global Navigation System of Systems, Sharafat GADIMOVA, ICG Executive Secretariat, Office for Outer Space Affairs, Vienna, Austria |
| Session 1: Overview of Global Navigation Satellite Systems |
| Global Positioning System (GPS): Status and Development, Jeffrey AUERBACH, Department of State, United States of America |
| Global Navigation Satellite System (GLONASS): Status and Development, Tatiyana MIRGORODSKAYA, Roscosmos, Russian Federation |
| BeiDou Navigation Satellite System (BDS): Status and Development, Changdou MA, China Satellite Navigation Office, China |
| GALILEO: Status and Development, Dominic HAYES, European Commission |
| Session 2: GNSS Applications and Technology Development |
| Technology Transfer and Capacity Building in GNSS for Airspace Modernization in Nepal, Narayan DHITAL, DLR GrRmbH, Galileo Control Centre, Germany |
| Utilization of GPS/GNSS Big Data from Prob Vehicle for Traffic Management in the Context of Nepal, Saurav RANJIT, University of Tokyo, Japan |
| Utility of Sensor Fusion GPS and Montion Sensors in Android Devices in GPS Deprived Environment, Suresh SHRESTHA, Amrit KARMACHARYA, and Dipesh SUWAI, Nepal |
| Initial Results of IRNSS Standalone and Hybrid Operations, Anindya BOSE, University of Burdwan, India |
| Multi-GNSS: Experience and the Benefits from India in GPS-GLONASS Hybrid Operations Mode, Shreya SARKAR, University of Burdwan, India |
| Location-based Image Acquisition and Management for Sabo Facility Inspection, Masafumi NAKAGAWA, Shibaura Institute of Technology, Japan |
| Session 3: Environmental Monitoring and Management Using GNSS |
| Developing Sustainable Collaboration Model for Implementing Integrated Space-based Geospatial Disaster Management Infrastructure to Strengthen the Resilience in ASEAN Community, Hiroyuki MIYAZAKI, University of Tokyo, Japan |
| Coupling GNSS with the Web APIs and Remote Sensing Algorithms for Disaster Management: Case for Flood, Shuman BARAL, and Janak PARAJULI, Nepal |
| Developing a Semi-Dynlic Datum for Nepal April 25 Gorka Earthquake, Christopher PEARSON, University of Otago, New Zealand |
| On the Spot Identification of Flood Innudation Depth from Gridded Data Using GPS Enabled Smartphone Application, Shahidul ISLAM, University of Dhaka, Bangladesh |
| Disaster Management System Using GNSS, Ashok DAHAL, TRibhuvan University, Nepal |
| Application of Space Technology, Including GNSS in the Healthcare Model of Nepal, Saroj DHITAL, Center for Rural Healthcare and Telemedicine, Nepal |
| Habitat Suitability Analysis of Tigers in Chitwan District, Bipul NEUPANE, Nepal |
| Session 4: Seminar on Space Weather and its Effects on GNSS |
| Introductory Remarks, Patricia DOHERTY, Boston College, United States of America |
| The United States Space Weaher Strategy Plan, Jeffrey AUERBACH, DEpartment of State, United States of America |
| The Origins of Space Weather (Events on the Sun), Christine AMORY, LPP, France |
| Space Weather Effects on GNSS, Keith GROVES, Boston College, United States of America |
| Space Weather Effects on GNSS Applications, Patricia DOHERTY. Boston College, United States of America |
| Session 5: Seminar on GNSS Spectrum Protection and Interference Detectionand Mitigation |
| Presentations are available at the Seminar web page: www,unoosa.org |
| Session 6: RTKLIB DEMO Session |
| Quasi-Zenith Satellite System: Status Update, Dinesh MANANDHAR, University of Tokyo, Japan on behalf of Satoshi KOGURE, National Space Policy Secretariat, Japan |
| Location Spoofing - A Dangerous Vulnerability for GNSS, Dinesh MANANDHAR, University of Tokyo, Japan |
| Tomoki HIGUCHI, Tokyo University of Marine Science and Technology, Japan |
| Evaluation of Low Cost RTK GNSS, Akhilesh Kumar KARNA, SoftWel (P) Ltd., Nepal |
| Session 7: Space Weather |
| Space Weather at Low-Latitudes and Possibility of its Forecasting, Narayan CHAPAGAIN, Nepal |
|
The Variations of Equatorial Plasma Bubble with Solar and Geomagnetic Activities in Malaysia from 2008 - 2013, Suhaila Binti MBUHARI, University of Technology, Malaysia |
| Development of the New Ionospheric Disturbance Index for GNSS User, Buldan MUSLIM, Indonesian National Institute of Aeronautics and Space (LAPAN), Indoesia |
| Impacts of Solar Storms on Energy and Communications Technologies, S. GAUTAM, Tribhuvan University, Prithvi Narayan Campus, Pokhara, Nepal |
| Discussions and Q&A Session |
| Session 8: GNSS Reference Frames and Reference Station Networks |
| The Asia Pacific Reference Frame (APREF), Andrick LAL, Fiji presented on behlaf of John DAWSON, Geoscience of Australia, Australia |
| Analysing the Performance of Permanent GNSS Stations, Maria MEHMOOD, Space and Uper Atmoshere Research Commission (SUPARCO), Pakistan |
| Modification of the Reference Frame of the Uzbekistan Topographic Maps, Erkin MIRMAKHMUDOV, Uzbekistan |
| Data Analysis of Permanent GPS Networks, Thomas STANSELL, Erdenezul DANZANSAN, Institute of Astronomy and Geophysics, Mongolia |
| PGM2016: A new Geoid Model for the Philippines, Ronaldo GATCHALIAN, The Philippines |
| Potential Use of QZSS Monitoring Station for Future Research, Kavinda HETTIARACHIGE, Asian Institute of Technology, Thailand |
| A Pilot GNSS Timing Station in Thailand Geodetic Network, Thayahip THONGTAN, National Institute of Metrology, Thailand |
| Egyptian Permanent GPS Network (EPGN) and Geodynamic Studies using GPS Data: A case Study of Stationary Network in Egypt, Esraa HASSAN, Egypt |
| Himalayan Air Borne Gravity and Geoid of Nepal, Niraj MANANDHAR, Nepal |
| Positioning in Pacific Islands, Andrick LAL, Fiji |
| Summary of the Reference Frames in Practice Workshops, Christopher PEARSON, University of Otago, New Zealand |
| Session 9: Real Time Kinematic: Technology and Applications |
|
Comparative Analysis of GNSS Real Time Kinematic Methods for Navigation, Mourad BOUZIANI, Morocco |
| LatPos System for Ionospheric Monitoring and RTK Applications, Didzis DOBELIS, Latvia |
| Verification of GNSS Data in Estonia, Karin KOLLO, Estonian Land Board, Estonia |
| Augumenting GNSS Precise Point Posioning (PPP) for Improved Performance, Sue Lynn CHOY, RMIT University, Australia |
| Software-defined GNSS Receiver as a Framework for GNSS-related Research and Education, Renato FILJAR, University of Rijeka, Croatia |
| Opportunities of Studies inMaster and Doctoral Levels in the Field of GNSS in INPE, Antonio BERTACHINI DEL ALMEIDA PRADO, National Institute for Space Research (INPE), Brazil |
| Session 10: GNSS Implementation and Uses: Case Studies |
| Accident Monitoring System Using GNSS, Pratichhya SHARMA, Tribhuvan University, Nepal |
| Space Technology Information Applications in Lao PDR, Sengchanh PHASAYASENG, Ministry of Science and Technology, Lao PDR |
| Positioning, Timing and Navigation System in Ukraine: European Cooperation Aspects, Sergii CHERNOLEVSKYI, National Space Facilities Control and Test Center (NSFCTC), Ukraine |