gyroscopyГироскопия и навигацияGiroskopiya i Navigatsiya / Gyroscopy and Navigation0869-70352075-0927AO «Концерн «ЦНИИ «Электроприбор»10.17285/0869-7035.2017.25.4.108-121gyroscopy-333Research ArticleСтатьиСпутниковые технологии на ENC 2017Satellite Technologies at ENC 2017РивкинБ. С.RivkinB. S.

Ривкин Борис Самуилович. Кандидат технических наук, начальник Центра компетенции в области навигации.Действительный член общественного объединения «Академия навигации и управления движением».

АО «Концерн «ЦНИИ «Электроприбор» (С.-Петербург).РоссияConcern CSRI Elektropribor, JSC, St.PetersburgRussian Federation201726112025254108121Copyright © Ривкин Б.С., 20252025Ривкин Б.С.Rivkin B.S.Данная работа распространяется под лицензией Creative Commons Attribution 4.0.This work is licensed under a Creative Commons Attribution 4.0 License.https://www.gyroscopy.ru/jour/article/view/333

Статья содержит обзор докладов, представленных на международной Европейской конференции по навигации ENC 2017 и посвященных применению спутниковых технологий.

This article is an overview of the papers presented at the European Navigation Conference 2017, and dedicated to the application of satellite technologies.

ГНССRTKPPPGalileoGPSГЛОНАССSBASCOSPAS-SARSATLOS/NLOS-сигналы3D-карта.GNSSRTKPPPGalileoGPSGLONASSSBASCOSPAS-SARSATLOS/NLOS signals3D map.ReferencesRouch C., et all. GNSS Signal-in-Space User Range Error Characterization – Focus on Galileo.Rouch C., et all. GNSS Signal-in-Space User Range Error Characterization – Focus on Galileo.Luo X., et all. The Benefits of Galileo for High-Precision RTK – What Can Users Expect with the Current Satellite Constellation?Luo X., et all. The Benefits of Galileo for High-Precision RTK – What Can Users Expect with the Current Satellite Constellation?Tegedor J., et all. Galileo-enabled Real-time Precise Point Positioning for High-accuracy Maritime Navigation.Tegedor J., et all. Galileo-enabled Real-time Precise Point Positioning for High-accuracy Maritime Navigation.Ruta C., et all. SAR/Galileo System Deployment and Performance.Ruta C., et all. SAR/Galileo System Deployment and Performance.Ostolaza J., et all. Australian and New Zealand Second Generation Satellite Positioning Augmentation System Supporting Global SBAS Concept.Ostolaza J., et all. Australian and New Zealand Second Generation Satellite Positioning Augmentation System Supporting Global SBAS Concept.Choi D., et all. Korea Regional Navigation Satellite System: Orbit Determination with Multiple GNSS based on Visibility Analysis.Choi D., et all. Korea Regional Navigation Satellite System: Orbit Determination with Multiple GNSS based on Visibility Analysis.Pintor P., et all. EGNOS Multimodal Performance.Pintor P., et all. EGNOS Multimodal Performance.Moran J., et all. EDAS for a DGPS Maritime Service: EGNOS-based VRS Performance with Prebroadcast Integrity Monitoring.Moran J., et all. EDAS for a DGPS Maritime Service: EGNOS-based VRS Performance with Prebroadcast Integrity Monitoring.Adjrad M., et all. 3-D Mapping-aided GNSS Exploiting Galileo for Better Accuracy in Dense Urban Environments.Adjrad M., et all. 3-D Mapping-aided GNSS Exploiting Galileo for Better Accuracy in Dense Urban Environments.Groves P.D., et all. Intelligent Urban Positioning using Multi-constellation GNSS with SD Mapping and NLOS Signal Detection. ION GNSS 2012, Nashwille, Tennessee.Groves P.D., et all. Intelligent Urban Positioning using Multi-constellation GNSS with SD Mapping and NLOS Signal Detection. ION GNSS 2012, Nashwille, Tennessee.Adjrad M., et all. Intelligent Urban Positioning using Shadow Matching and GNSS Ranging. Proceedings ION GNSS+ 2016, Portland, Oregon.Adjrad M., et all. Intelligent Urban Positioning using Shadow Matching and GNSS Ranging. Proceedings ION GNSS+ 2016, Portland, Oregon.Gu Y., Kamijo S. GNSS Positioning in Deep Urban City with 3D Map and Double Reflection.Gu Y., Kamijo S. GNSS Positioning in Deep Urban City with 3D Map and Double Reflection.Hsu L.-T.,Wada Y., Gu Y., Kamijo S. Study of City Building Model based Positioning Method using Multi-GNSS in Deep Urban Canyon.Hsu L.-T.,Wada Y., Gu Y., Kamijo S. Study of City Building Model based Positioning Method using Multi-GNSS in Deep Urban Canyon.

The authors declare that there are no conflicts of interest present.