Inside GNSS Media & Research

SEP-OCT 2018

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www.insidegnss.com S E P T E M B E R / O C T O B E R 2 0 1 8 Inside GNSS 53 [3] Buist P., Mozo, A., and Tork, H., "Overview of the Galileo Reference Centre: Mission, Architecture and Operational Concept," Proceedings of the ION GNSS+, Portland, OR, September 2017 [4] Chatre, E., "Galileo System Status," Proceedings of ION GNSS+, Portland, OR, September 2017 [5] ESA website, ESA Trainees Compete in Inau- gural Galileo App Contest, http://www.esa.int/ Our_Activities/Navigation/ESA_trainees_com- pete_in_inaugural_Galileo_app_contest [6] European GNSS (Galileo) Initial Services - Open Ser- vice – Service Definition Document (OS-SDD), Issue: 1.0, December 2016 [7] European GNSS Service Centre website, https:// www.gsc-europa.eu [8] Galluzzo, G., Rodriguez, R. L., Morgan-Owen, R., Binda, S., Blonski, D., Crosta, P., Gonzalez, F., Garcia, J. Molina, Otero, X., Sirikan, N., Spangenberg, M., Spi- nelli, E., Swinden, R., and Wallner, S., "Galileo System Status, Performance Metrics and Results," Proceed- ings of the 2018 International Technical Meeting of The Institute of Navigation, Reston, VA, January 2018 [9] GNSS Compare, Winner of the ESA Galileo App Competition 2018, https://gnss-compare. readthedocs.io [10] GPS Standard Positioning Service (SPS) Perfor- mance Standard, 4th Edition, September 2008 [11] Kirchner, M. et alia, "Galileo System Perfor- mance," Proceedings of NAVITEC, Noordwijk, The Netherlands, 2016 [12] Montenbruck O., Steigenberger P., and Haus- child A., "Multi-GNSS Signal-in-Space Range Error Assessment – Methodology and Results," Advances in Space Research, Volume: 61, Issue: 12, 15 June 2018Mozo, A., "What's Next? Galileo Services Road- map," 1st Galileo User Assembly, 28-29 November 2017, Madrid, Spain [13] Navarro Madrid, P. F., Roldán Gómez, P. J., et alia., "Observing the Behavior of High Stable Galileo Satellite Clocks and Exploring Potential Associated Benefits," Proceedings of ION GNSS+, Portland, OR, September 2017 [14] useGalileo.eu, Find a Galileo-enabled Device to Use Today, https://www.usegalileo.eu/ Authors Gaetano Galluzzo is the Galileo Ser vice Per for- mance Engineer in the Commercial User Seg- ment and Navigation System Validation Sec- tion at the European Space Agenc y (ESA) - European Space Technology and Research Centre (ESTEC) in Noordwijk, The Netherlands. His current responsibilities in the Galileo Project Office include the Galileo system performance verification, devel- opment of system monitoring platforms, and per- formance metrics standardization. Stefano Binda is System Performance Validation Principal Engineer in the Galileo Project Office at ESA - ESTEC in Noord- wijk, The Netherlands. He is the Technical Offi- cer of the Time and Geo- detic Validation Facility ( TGVF). He contributes to preparation and execution of the system level verification campaigns. He also oversees projects to study innovative and competitive products in the PNT domain, specifically in timing and authentication. Station Horizontal Positioning Error 95% [m] Vertical Positioning Error 95%[m] Dunedin, New Zealand (GOUS) 3.02 4.26 Kourou, French Guyana (GKOU) 2.24 4.29 Noordwijk, The Netherlands (GNOR) 3.17 4.00 Malindi, Kenya (GMAL) 2.52 4.42 New Norcia, Australia (GNNO) 2.84 4.80 Braunschweig, Germany (GPTB) 2.09 2.96 Mizusawa, Japan (GMIZ) 2.26 3.72 Kiruna, Sweden (GKIR) 2.67 4.66 Tahiti, French Polynesia (GTHT ) 2.67 4.98 Troll, Antartica (GVES) 2.69 4.82 Torino, Italy (GIEN) 1.95 3.23 Washington, USA (GUSN) 3.22 5.53 Wuhan, China (GWUH) 2.70 4.75 ALL 2.65 4.42 Table 3 TGVF GESS PVT results (F/NAV E1-E5a Dual Frequency, PDOP≤6), June 2018 Daniel Blonksi is the Sys- tem Performance Engi- neer in the Galileo Project Office at ESA - ESTEC in Noordwijk, The Nether- lands. He coordinates all s y s t e m p e r f o r m a n c e activities in the Galileo Project. Francisco Gonzalez is the Navigation Performance and Verification Engineer in the Galileo Projec t Office at ESA - ESTEC in Noordwijk, The Nether- lands. He coordinates the Galileo on-board clock characterization activities. Enrico Spinelli is the Sys- tem Performance Verifi- cation Engineer the Gali- leo Project Office at ESA - ESTEC in Noordwijk, The Netherlands. He is the Technical Officer of the Galileo System Evaluation Equipment (GALSEE). He is also the main point of contact for aviation and standardisation related matters, and oversees projects to study innovative concepts and products in the PNT domain. Richard Swinden is the Navigation System Engi- neer in the Commercial User Segment and Navi- gation System Validation Section at ESA - ESTEC in Noordwijk, The Nether- lands. His current respon- sibilities in the Galileo Project Office include the development, integration, and verification of the Time and Geodetic Validation Facility ( TGVF), as well as the coordination of in field GNSS receivers testing activities. Rafael Lucas Rodriguez is the Galileo Ser vices Engineering Manager in the Galileo Project Office, Directorate of Navigation at ESA - ESTEC in Noord- wijk, The Netherlands. Marco Falcone is the Galileo System Manager in the Galileo Projec t O ffice, Direc torate of Navigation at ESA - ESTEC in Noordwijk, The Nether- lands.

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