| Title | Author | Pages |
|---|
| Emergency Location Service (ELS) in Android | Steve Malkos | 1 - 42 |
| A Lidar History: From Ship to Air to Space | Paul E. LaRocque | 43 - 129 |
| Continuous Environment Mapping for Enhanced Low-cost Urban Navigation | Ivan Smolyakov, Evgeny Klochikhin, and Richard B. Langley | 130 - 142 |
| Collaborative GNSS Positioning with the Aids of 3D City Models | Guohao Zhang, Weisong Wen and Li-Ta Hsu | 143 - 149 |
| NLOS Signal Detection Based on the Signal Characteristics in Dense Urban Environment | Yuze Wang, Peilin Liu, Qiang Liu, Jiuchao Qian, Xiaoxi Jin, and Rendong Ying | 150 - 156 |
| Detecting and Measuring Erroneous GNSS Pseudorange based on Measurement History | Andrew (Jong-Ki) Lee, Jiao Yu, Mojtaba Bahrami, and Geraint Ffoulkes-Jones | 157 - 179 |
| Validation of Land Mobile Satellite Channel Model for GNSS Receiver Performance Assessment | Juan M. Parro, Jose A. Garcia-Molina, Till Schmitt and Gustavo López-Risueño | 180 - 189 |
| Precise Localization Technology of Mobile Phone on a Vehicle in Tunnel using LTE Signal Based Surface Correlation | Beomju Shin, Sanghoon Jeon, Jungho Lee, Changdon Kee, and T. Lee | 190 - 222 |
| Positioning with Mixed Signals of Opportunity Subject to Multipath and Clock Errors in Urban Mobile Fading Environments | Chun Yang and Andrey Soloviev | 223 - 243 |
| Cluster Sampling Kalman Filter for Urban Canyon Navigation | Yeongkwon Choe, Jin Woo Song, and Chan Gook Park | 244 - 252 |
| Framework and Techniques for Cooperative Group Situational Awareness in Urban Environments | Kirsten Strandjord and Penina Axelrad | 253 - 270 |
| A Probabilistic Graphic Model based GPS/SINS Integration Algorithm for Low-cost Sensors on Smartphone | Lingxiao Zheng, Xingqun Zhan, and Xin Zhang | 271 - 283 |
| Positioning with Single and Dual Frequency Smartphones Running Android 7 or Later | René Warnant, Laura Van De Vyvere, Quentin Warnant | 284 - 303 |
| Assessing the Performance of Raw Measurement from Different Types of Smartphones | Yangwei Lu, Shengyue Ji, Wu Chen, Zhenjie Wang | 304 - 322 |
| Dual Frequency Mass-market Chips: Test Results and Ways to Optimize PVT Performance | Paolo Crosta, Paolo Zoccarato, Rafael Lucas, G. De Pasquale | 323 - 333 |
| Android Raw GNSS Measurements as the New Anti-Spoofing and Anti-Jamming Solution | Damian Miralles, Nathan Levigne, Dennis M. Akos, Juan Blanch, and Sherman Lo | 334 - 344 |
| Real-Time 3D Mapping Aided GNSS on and Android Devices | Mounir Adjrad and Paul D. Groves | 345 - 356 |
| Supercorrelation: Enhancing the Accuracy and Sensitivity of Consumer GNSS Receivers with a DSP Upgrade | Ramsey Faragher, Nicolas Couronneau, Matthew Powe, Paulo Esteves, Mark Crockett, Henry Martin, Emanuele Ziglioli, Chris Higgins, and Darren Buckle | 357 - 375 |
| L6 Adaptor for QZSS CLAS to Develop Smartphones Market | Izumi Mikami, Koki Asari, and Msayuki Saito | 376 - 391 |
| A Comprehensive Assessment of Raw Multi-GNSS Measurements from Mainstream Portable Smart Devices | Jianghui Geng, Guangcai Li, Ran Zeng, Qiang Wen, Enming Jiang | 392 - 412 |
| Performance Analysis of Smart-phone Measurements based Positioning with External Corrections | Vijaykumar Bellad and Thyagaraja Marathe | 413 - 431 |
| Preliminary Analysis of the RTK Positioning using Android GNSS Raw Measurements and Application Feasibility for the Trajectory Mapping using UAV’s | Himanshu Sharma, Andreas Schütz, Thomas Pany | 432 - 444 |
| MEMS-based IMU Assisted Real Time Difference Using Raw Measurements from Smartphone | Zida Wu, Peilin Liu, Qiang Liu, and Yuze Wang | 445 - 454 |
| L1 SFMC SBAS System to Improve the Position Accuracy of Android Device | Cheolsoon Lim, Donghyun Shin, Byungwoon Park, Changdon Kee, Seungwoo Seo, Junpyo Park, Am Cho | 455 - 481 |
| Progress and Test Results for the Location Corrections through Differential Networks (LOCD-IN) | Russell Gilabert, Evan Dill, and Maarten Uijt de Haag | 482 - 488 |
| FLAMINGO - Fulfilling Enhanced Location Accuracy in the Mass-market through Initial Galileo Services | William Roberts, Joshua Critchley-Marrows, Marco Fortunato, Maria Ivanovici, Karel Callewaert, Thiago Tavares, Laurent Arzel, Axelle Pomies | 489 - 502 |
| Accurate Positioning in GNSS-Challenged Environments with Consumer-Grade Sensors | Urs Niesen, Jubin Jose, and Xinzhou Wu | 503 - 514 |
| Sony’s CXD5603GF - The Lowest Power Consumption GNSS Chip in the IoT Tracker Market | Takanohashi Kazukuni, Futami Tetsuhiro, Tanaka Katsuyuki, Takaoka Katsumi, Mohamed Youssef | 515 - 537 |
| Adopting Machine Learning to GNSS Positioning on MediaTek P60 Platform | Pei-Hung Jau, Hung-Wen Chen, Po-Yu Chen, Hao Chen, Mu-Han Tsai, Chin-Tang Weng, and Demarco Chou | 538 - 553 |
| Android GNSS Measurements - Inside the BCM47755 | Steven Shade and Premal H. Madhani | 554 - 579 |
| Multi-Band Multi-GNSS RTK for Mass-Market Applications | Cécile Mongrédien, Alex Parkins, Chris Hide, Marten Ström, and Daniel Ammann | 580 - 595 |
| Precise Positioning for Automotive with Mass Market GNSS Chipsets | Lance de Groot, Eduardo Infante, Altti Jokinen, Brett Kruger, and Laura Norman | 596 - 610 |
| Topcon’s Innovative B210 Receiver Board: Advanced Multi-Engine Platform (AMP™) is a Key to Unparalleled Performance | Sergey V. Averin, Andrey V. Plenkin, Michael Y. Vorobiev, Pavel I. Ignatev, and Andrey V. Veitsel | 611 - 625 |
| A Fast-rate WLAN Measurement Tool for Improved Miss-rate in Indoor Navigation | Erick Schmidt and David Akopian | 626 - 634 |
| Simultaneous Localization of a Receiver and Mapping of Multipath Generating Geometry in Indoor Environments | Christian Gentner, Markus Ulmschneider, Thomas Jost, Rostislav Karásek | 635 - 652 |
| A Novel Approach of Passive Localization for Indoor Positioning | Martin Schmidhammer and Christian Gentner | 653 - 665 |
| A Novel Dimension Reduction Algorithm for Fingerprint Positioning based on GrDOP and Geometric Constraints | Wen Liu, Xinyu Zheng, Zhongliang Deng, Lianming Xu | 666 - 673 |
| Fast Prototyping of an SDR WLAN 802.11b Receiver for an Indoor Positioning Systems | Erick Schmidt and David Akopian | 674 - 684 |
| Augmented Reality and UWB Technology Fusion: Localization of Objects with Head Mounted Displays | Francisco Molina Martel, Juri Sidorenko, Christoph Bodensteiner, and Michael Arens | 685 - 692 |
| Design and Implementation of High-Precision UWB Indoor Positioning System with Numerous Users | Wei Wang, Zhenyu Wei, Junjie Yang, and Ping Liu | 693 - 702 |
| Indoor Autonomous Vehicle Navigation Based on a Wireless Position and Orientation Determination System | Zheng Cao, Sihao Zhao, Xiaowei Cui, Wei Li, and Mingquan Lu | 703 - 716 |
| GPS Status and Modernization Progress: Service, Satellites, Control Segment, and Military GPS User Equipment | Luke Schaub | 717 - 732 |
| Galileo Programme Status Update | Eric Chatre and Paul Verhoef | 733 - 767 |
| Update on the BeiDou Navigation Satellite System (BDS) | Jun Shen | 768 - 803 |
| QZSS Update | Takeyasu Sakai and Satoshi Kogure | 804 - 848 |
| Kepler – Satellite Navigation without Clocks and Ground Infrastructure | Christoph Günther | 849 - 856 |
| Optical Clock Technologies for Future GNSS | Thilo Schuldt, Martin Gohlke, Josep Sanjuan, Klaus Abich, Markus Oswald, Klaus Döringshoff, Evgeny Kovalchuk, Achim Peters, Claus Braxmaier | 857 - 860 |
| Laboratory Demonstrator of Optical Inter-satellite Links for the Kepler System | Juraj Poliak, Ramon Mata Calvo, Janis Surof, Mathias Richerzhagen, Raphael Wolf | 861 - 867 |
| Investigation on the Relationship between GNSS Signal Design Parameters and its Navigation Performance for the Next Generation GNSS Signal Design | Kahee Han, Jong-Hoon Won | 868 - 875 |
| FUNTIMES – Future Navigation and Timing Evolved Signals | Marco Anghileri, Jean Jacques Floch, Davide Margaria, Beatrice Motella, Axel Garcia Peña, Olivier Julien, Christophe Macabiau, R. Chauvat, Matteo Paonni | 876 - 912 |
| Tentative New Signals and Services in Upper L1 and S Bands for Galileo Evolutions | Eric Sénant, Benjamin Gadat, Christophe Charbonnieras, Sébastien Roche, Marion Aubault, François-Xavier Marmet | 913 - 942 |
| Multi-purpose TDM Component for GNSS | Axel Garcia-Pena, Olivier Julien, Marco Anghileri, Jean-Jacques Floch, Matteo Paonni | 943 - 962 |
| Composite Clock Algorithms for System Time in Global Navigation Satellite Systems | Tobias D. Schmidt, Christian Trainotti, Jacques Isoard, Gabriele Giorgi, Johann Furthner, and Christoph Günther | 963 - 967 |
| Precise Orbit Determination with Inter-satellite Links and Ultra-stable Time for a Future Satellite Navigation System | Grzegorz Michalak, Karl Hans Neumayer and Rolf Koenig | 968 - 1001 |
| Using Future GNSS Multi-tone Signals for Increased Success in Carrier Phase Integer Ambiguity Fixing | Dominik Dötterböck and Thomas Pany | 1002 - 1011 |
| EGNOS CPF, Evolving from GPS Single Frequency to GPS and Galileo Dual Frequency | Juan Pedro Lam, Jean Manuel Melinotte, and Francisco Javier Esteban | 1012 - 1037 |
| Update on Australia and New Zealand DFMC SBAS and PPP System Results | Julián Barrios, José Caro, Jesús D. Calle, Enrique Carbonell, José Gabriel Pericacho, Guillermo Fernández, Victor M. Esteban, Miguel A. Fernández, Fernando Bravo, Borja Torres, Alessandra Calabrese, Armais Diaz, Irma Rodríguez, María Dolores Laínez, Miguel M. Romay, Robert Jackson, Patrick E. Reddan, Deane Bunce, Claudio Soddu | 1038 - 1067 |
| Australia/New Zealand DFMC SBAS and Navigation Message Authentication | Kennon Cogdell and Patrick Reddan | 1068 - 1083 |
| A Proposed Concept of Operations for Advanced Receiver Autonomous Integrity Monitoring | Juan Blanch, Todd Walter, Per Enge, Jason Burns, Mikael Mabilleau, Ilaria Martini, Juan Pablo Boyero, and Gerhard Berz | 1084 - 1090 |
| The Impact and Mitigation of One Satellite Outage to ARAIM Worldwide Availability | Qian Meng, Jianye Liu, Qinghua Zeng, Shao-jun Feng, Rui Xu | 1091 - 1102 |
| A Fully Flexible Methodology for GNSS Receiver Performance Assessment under Ionospheric Scintillation | Juan M. Parro, Rui Sarnadas, Paolo Crosta, Juan de Mateo, Raul Orús, Mariana Spangenberg | 1103 - 1123 |
| RO-SISMON: Results and Multi-SBAS Fusion at user Level for Non-SoL Applications | Alexandru Pandele, Antonia Croitoru, Mihnea Ion, and Simon Buehler | 1124 - 1143 |
| Support to Maritime and Inland Waterways Service Providers for the Transmission of EGNOS Corrections via IALA Beacons and AIS/VDES Stations | M. López, L. Bella, R. Martínez, X. Roca, C. Álvarez, L. Tavira, J. Morán, V. Antón, J. Vázquez | 1144 - 1155 |
| Worldwide Real-Time GNSS Performance Monitoring | Bernard Bonhoure, C. Rouch, A. Kanj, D. Laurichesse, A. Blot, and M. Peyrezabes | 1156 - 1168 |
| Analysis of Performance of the Satellite Orbit Fault Detection Method Using Inter-Satellite Link (ISL) Range Measurement and Trigonometry Law | JinHyeok Jang, SangHoon Koo, Jung Min Joo, Moon Beom Heo, SangKyung Sung, Gyu-In Jee, and Young Jae Lee | 1169 - 1179 |
| SBAS L1/L5 Enhanced ICD for Aviation: Experimentation Results Trade-off Analysis for a European GNSS Regional Service | M. Cueto, A. Cezón, J. J. Arias Picazo, M. Pesce, M. Hutchinson, F. Soualle, M. Caparrini, K. A. Aarmo, J. P. Boyero | 1180 - 1190 |
| Space User Visibility Benefits of the Multi-GNSS Space Service Volume: An Internationally-Coordinated, Global and Mission-Specific Analysis | Werner Enderle, Francesco Gini, Henno Boomkamp, Joel J.K. Parker, Benjamin W. Ashman, Bryan W. Welch, Mick Koch, O. Scott Sands | 1191 - 1207 |
| Characterization of On-Orbit GPS Transmit Antenna Patterns for Space Users | Jennifer E. Donaldson, Joel J. K. Parker, Michael C. Moreau, Dolan E. Highsmith, and Philip Martzen | 1208 - 1245 |
| Development of an Interoperable GNSS Space Service Volume | Joel J. K. Parker, Frank H. Bauer, Benjamin W. Ashman, James J. Miller, Werner Enderle, and Daniel Blonski | 1246 - 1256 |
| In-orbit Experimental of Satellite-induced Code Pseudorange Deviations of BeiDou System | Shaojun Bi, Changgang Zheng, Congwei Yang, Jinjun Zheng, Chengyan He, and Jiaxing Liu | 1257 - 1267 |
| Satellite Geometry and Attitude Mode of BDS-3 MEO Satellites Developed by SECM | Xia Lin, Lin Baojun, Liu Yingchun, Xiong Sujie, and Bai Tao | 1268 - 1289 |
| GNSS-Based Precise Orbit Determination of LEO Satellites Using Un-Differenced and Double-Differenced Observations | Zhigui Kang, Byron Tapley, and Sinivas Bettadpur | 1290 - 1298 |
| Effective Jammer Detection and Classification using GNSS Receivers on a Highway Overhead Structure | W. De Wilde, J.-M. Sleewaegen | 1299 - 1323 |
| Updated Aviation Assessment of Interference in the L5/E5A Bands from Distance Measuring Equipment | Karl Shallberg, John Flake, Dmitri Baraban, Christopher Hegarty | 1324 - 1337 |
| Interference Mapping Using Received Power | Paul Alves and Michael Himmelfarb | 1338 - 1349 |
| Spoofing Detection for Airborne GNSS Equipment | Christopher Hegarty, Ali Odeh, Karl Shallberg, Kyle Wesson, Todd Walter, Ken Alexander | 1350 - 1368 |
| Investigations into Observed Anomalous GNSS Receiver Behaviour when Subjected to Adjacent Band Noise | Guy Buesnel, Mark Hunter, and Charlotte Perry | 1369 - 1388 |
| Sensitivity Analysis of Potential Future Authentication Components for Open Service GNSS Signals | Elias Gkougkas, Thomas Pany, Bernd Eissfeller | 1389 - 1401 |
| The Use of Bearing Measurements for Detecting GNSS Spoofing | Peter F. Swaszek, Richard J. Hartnett, and Kelly C. Seals | 1402 - 1417 |
| Evaluation of Commercial GNSS Receivers Performance Under Chirp Jamming | Haidy Y. Elghamrawy, Malek O. Karaim, Mohamed E. Tamazin, Aboelmagd M. Noureldin | 1418 - 1426 |
| GNSS Data as Court Evidence: Lessons from Remote Sensing | Andrew Dempster | 1427 - 1433 |
| A New SAE Standard for GPS Receivers | William Woodward and James L. Farrell | 1434 - 1437 |
| GNSS Performance Characterization Framework | P. Crosta, R. Sarnadas, J. Clua, M. Solé, R. Romero, L. Tavira, G. Seco-Granados, and A. Tripiana | 1438 - 1454 |
| The User Consultation Platform: Overview and First Outcomes | Omar Valdés, Antonio Danesi, Juan Pablo Boyero, Justyna Redelkiewicz, and Gian-Gherardo Calini | 1455 - 1467 |
| GNSS for Rail Automation & Driverless Cars: A Give and Take Paradigm | Francesco Rispoli, Per Enge, Alessandro Neri, Fabio Senesi, Massimiliano Ciaffi, and Elena Razzano | 1468 - 1482 |
| Introduction of GNSS in Railway Safety of Life Applications: Virtual Balise Detection in ERTMS | Miguel Azaola, Javier Fidalgo, Julián Barrios, Marta López, Ana Cezón and Juan José Arias | 1483 - 1496 |
| GNSS/INS Fusion for Automotive with Mass Market Sensors | Ryan Dixon, Michael Bobye, Brett Kruger, Anil Sinha | 1497 - 1509 |
| Comparison of Airborne Processing Modes for Dual-Frequency Multi-Constellation GBAS | David Duchet, Mirko Stanisak, Natali Caccioppoli, Pierre Ladoux, and Andreas Lipp | 1510 - 1522 |
| Integrity, the Key Enabler for Autonomous Vessels and Other Vehicles | G. Moreno, C. Moriana, P. Navarro, A. Cezón, and M. Azaola | 1523 - 1537 |
| Enhanced Navigation, Robustness, and Safety Assurance for Autonomous Vehicles as Part of the Globalstar Connected Car Program | Sam Pullen, Jim Kilfeather, Jim Goddard, Tom Nowitzky, Brinda Shah, Wen Doong, Andy Welton, David Kagan, and Kerry Greer | 1538 - 1565 |
| High Accuracy Positioning Engine with an Integrity Layer for Safety Autonomous Vehicles | E. Domínguez Tijero, L. Martínez Fernández, J. I. Herrero Zarzosa, J. García, J. Ibañez-Guzmán, E. Stawiarski, Philippe Xu, G. Avellone, F. Pisoni, E. Falletti, M. Ortiz | 1566 - 1572 |
| GNSS Multipath Error Modeling for Automotive Applications | Samer Khanafseh, Birendra Kujur, Mathieu Joerger, Todd Walter, Sam Pullen, Juan Blanch, Kevin Doherty, Laura Norman, Lance de Groot, Boris Pervan | 1573 - 1589 |
| Collaborative Ground Vehicle Navigation Utilizing an IMM Radar Tracking Algorithm | Joseph Selikoff and David M. Bevly | 1590 - 1604 |
| A Multi-sensor Autonomous Integrity Monitoring Approach for Railway and Driver-less Cars | Alessandro Neri, Pietro Salvatori, Cosimo Stallo, and Andrea Coluccia | 1605 - 1621 |
| Localization, Mapping, and Navigation using only a single 2D LiDaR | Matt Stiehm, Austin Stroming, Brad Eisenschenk, Clay McCarthy, and Ryan Sjostrand | 1622 - 1638 |
| Autonomous Fault Detection and Exclusion for Relative Positioning of Multiple Moving Platforms Using Carrier Phase | Yuan Sun and Li Fu | 1639 - 1646 |
| GNSS Ambiguity Resolution and Attitude Determination by Leveraging Relative Baseline and Frequency Information | Xing Liu, Tarig Ballal, and Tareq Y. Al-Naffouri | 1647 - 1660 |
| Proposal of Acceptable Means of BOC(1,1) False Locks Mitigation for DFMC SBAS Equipment | Denis Bouvet and Nicolas Martin | 1661 - 1674 |
| Carrier Phase Based Relative Positioning above the GNSS Constellations | Erin Kahr, Kyle O’Keefe, Hannes Filippi | 1675 - 1690 |
| From Shipboard Landing to Aerial Refueling: Autonomous Relative Navigation | Shahram Moafipoor, Lydia Bock, Jeffrey A. Fayman | 1691 - 1702 |
| The Earth Radiation Pressure Modelling for Beidou Satellites | Xiaoya Wang, Qunhe Zhao, Kewei Xi, and Xiaogong Hu | 1703 - 1709 |
| Results on use of GNSS for High Altitude Orbital Missions | Mariano Wis, Enrique Santiago, Antonio Fernández, Pedro F. Silva, Ricardo Prata, Rui Nunes, José Antonio García Molina | 1710 - 1721 |
| PLaNS: An Autonomous Local Navigation System | Enrico Varriale, Pablo Corbalán, Timofei Istomin, Gian Pietro Picco | 1722 - 1727 |
| BinoNav® - A New Positioning System for Maritime | Martin Bransby | 1728 - 1735 |
| R-Mode Baltic - A User Need Driven Testbed Development for the Baltic Sea | Marek Dziewicki, Stefan Gewies, and Michael Hoppe | 1736 - 1764 |
| Fusion of VSLAM/GNSS/INS for Augmented Reality Navigation in Ports | Hiraku Nakamura, Tatsuya Sonobe, Hiroyuki Toda, Naomi Fujisawa, Takafumi Taketomi, Alexander Plopski, Christian Sandor, Hirokazu Kato | 1765 - 1775 |
| Implementation of SBAS Services for Enhanced Maritime Navigation | Manuel López, José Manuel Álvarez, María Mota | 1776 - 1787 |
| GNSS Augmentation using the VHF Data Exchange System (VDES) | Jan Safar, George Shaw, Alan Grant, Hans Christian Haugli, Lars Løge, Stig Erik Christiansen, Nader Alagha | 1788 - 1805 |
| Study for a Resilient Position, Navigation and Timing (PNT) Backup Solution in Canada | Caroline Huot, André Châteauvert, and Jean Delisle | 1806 - 1816 |
| Study of EGNOS V3 Maritime Safety Service | G. Cueto-Felgueroso, A. Cezón, G. Moreno, A. Grant, G. Shaw, K. Callewaert, T. Tavares, S. Porfili, J. Ostolaza, K. A. Aarmo | 1817 - 1831 |
| Analysis of GNSS Measurement Error on High Latitude Precise Maritime Navigation | SulGee Park, Don Kim, Tae Hyun Fang, and Sang Hyun Park | 1832 - 1840 |
| Public Key Authentication for AIS and the VHF Data Exchange System (VDES) | Gareth Wimpenny, Jan Safar, Alan Grant, Martin Bransby and Nick Ward | 1841 - 1851 |
| SBAS Guidelines for Shipborne Receiver and EGNOS Performances based on IMO Res. A.1046 (27) | Sergio Magdaleno, Manuel López, Carlos de la Casa, Elisabet Lacarra, Nuria Blanco, David Jiménez, Kjell Arne Aarmo | 1852 - 1865 |
| NovAtel CORRECT with Precise Point Positioning (PPP): Recent Developments | Altti Jokinen, Cameron Ellum, Iain Webster, Surendran Shanmugam and Kevin Sheridan | 1866 - 1882 |
| Network Modelling Considerations for Wide-area Ionospheric Corrections | Simon Banville, Michele Bavaro, Sébastien Carcanague, Anthony Cole, Kevin Dade, Paul Grgich, Alex Kleeman, Benjamin Segal | 1883 - 1892 |
| Testing and Analysis of Instant PPP Using Freely Available Augmentation Corrections | Mohamed Elsheikh, Hongzhou Yang, Zhixi Nie, Fei Liu, Yang Gao | 1893 - 1901 |
| Integrity of the Trimble® CenterPoint RTX Correction Service | Ulrich Weinbach, Markus Brandl, Xiaoming Chen, Herbert Landau, Fabian Pastor, Nico Reussner, Carlos Rodriguez-Solano | 1902 - 1909 |
| Design and Evaluation of Integrity Algorithms for PPP in Kinematic Applications | Kazuma Gunning, Juan Blanch, Todd Walter, Lance de Groot, Laura Norman | 1910 - 1939 |
| Precise Positioning Galileo E5 AltBOC: Results with Live Signals | P.F Silva, T. Peres, R. Fernandes C. Bastos, J. M. Palomo, M. Wis, A. Fernandez, I. Colomina, A. de la Rosa, C. J. Hill, O. Pena | 1940 - 1956 |
| Effective Monitoring of Ground Instability with SFMC GNSS Network | Elisa Benedetti, Nicholas Boreham, William Roberts, Ben Wales, Davide Guerrini, Chiara Tagliacozzi | 1957 - 1966 |
| A Technology-agnostic GNSS/INS Real-time Sensor Fusion Platform with Ultra Wide Band Cooperative Distance Measurements for Terrestrial Vehicle Navigation | Javier Arribas, Monica Navarro, Ana Moragrega, David Calero, Enric Fernández, Jordi Vilà-Valls, Carles Fernández-Prades | 1967 - 1984 |
| Radar-Aided INS with Magnetometer Attitude Determination | John Williams, Scott M. Martin, and David Bevly | 1985 - 1998 |
| Modelling the Connection between GNSS Positioning Performance Degradation, and Space Weather and Ionospheric Conditions using RReliefF Features Selection | Mia Filic and Renato Filjar | 1999 - 2006 |
| Embedded GNSS-receiver for Multi-Constellation Localization in Railway Applications | Jiaying Lin, Jan-Jöran Gehrt, Thomas Konrad, Michael Breuer, Dirk Abel, Rene Zweigel | 2007 - 2017 |
| EDAS (EGNOS Data Access Service) Differential GPS Corrections: A Reliable Free-of-Charge Alternative for Precision Farming in Europe | J. Vázquez, E. Lacarra, J. Morán, M.A. Sánchez, J. Rioja, J. Bruzual | 2018 - 2033 |
| A Novel High-performance Attitude Determination System Based on MEMS IMU and a Single High-precision GNSS Antenna | Stefan Schaufler, Xiaoguang Luo, Matteo Carrera, Ismail Celebi, and Bernhard Richter | 2034 - 2050 |
| An Efficient and Novel Method of Evaluating the Impact of MEMS Inertial Sensor Errors on the Performance of Automotive Dead Reckoning | Tsung-Yu Chiou, An-Lin Tao, Pei-Shan Kao, Tzu-Hao Kuo, Li-Min Lin, and Pei-Yu Huang | 2051 - 2073 |
| Real-Time Monitoring of Structure Movements Using Low-Cost, Wall-Mounted, Hand-held RTK-GNSS Receivers | So Takahashi, Nobuaki Kubo, Norihiro Yamaguchi, Takashi Yokoshima | 2074 - 2086 |
| Efficient Datacenter Multi-zone GNSS Timing & Distribution, or How to Stop Your Roof Looking Like a Mushroom Farm | Richard Jacklin | 2087 - 2103 |
| New Integrity SBAS Test Bed NISTB - DFMC Simulation Results for EGNOS V3 Services | Kathrin Fielitz, Quirin Meindl, Andreas Breitenacher, Julian Daubrawa, Harald Frankenberger, Roland Braun, Andreas Schmitz-Peiffer, Anne Ridings, Manuel Marcote, Aitor Auz, Katarzyna Urbanska | 2104 - 2118 |
| SBAS Australian-NZ Test Bed: Exploring New Services | Hugo Sobreira, Bruno Bougard, Julián Barrios, Jesus David Calle | 2119 - 2133 |
| EGNOS High Integrity System Test Bed (HISTB): A First Implementation of Dual Frequencies Multi Constellations Standard | D. Joly and C. Lopez de Echazarreta | 2134 - 2141 |
| A Virtual Receiver for Pseudolites: Enhancing the Positioning and Heading Determination of a Ferry | Steffen Schön and Peter Alpers | 2142 - 2154 |
| Parameter Selection for the TESLA Keychain | Andrew Neish, Todd Walter, Per Enge | 2155 - 2171 |
| Automated GPS Signal-in-Space Anomalies Monitoring Over More than 11 Years | J. Sanz, J. M. Juan, C. López de Echazarreta, G. Gonzalez-Casado, A. Rovira García, M.T. Alonso, Deimos Ibáñez | 2172 - 2185 |
| Impact Assessment of Ionospheric Scintillation Associated with Plasma Bubbles on GAST-D Ground Integrity Monitors | Susumu Saito and Takayuki Yoshihara | 2186 - 2194 |
| Improved Airborne Multipath Modelling | Mihaela-Simona Circiu, Stefano Caizzone, Michael Felux, Christoph Enneking, Michael Meurer | 2195 - 2209 |
| Improving Navigation Reliability with BDS Ground-Based Augmentation Network (BGAN) | Shuai Jing, Jinfei Nian, Yi Zhao | 2210 - 2221 |
| Equatorial Ionosphere Characterization for Sub-Saharan Africa SBAS | Etienne Foucault, Pierre-Louis Blelly, Aurélie Marchaudon, Damien Serant, Sébastien Trilles | 2222 - 2240 |
| Benefits of Automation in Agriculture | Steve Rounds | 2241 - 2261 |
| Is Technology Making us Dumber or Smarter? | Dorota A. Grejner-Brzezinska | 2262 - 2296 |
| Managing Uncertainty in the Design of Safety-Critical Aviation Systems - Safety Critical Unmanned Aerial Systems | Demoz Gebre-Egziabher | 2297 - 2320 |
| Centimeter-Accurate UAV Navigation With Cellular Signals | Joe J. Khalife, Souradeep Bhattacharya, and Zak M. Kassas | 2321 - 2331 |
| Cooperative Navigation for an UAV Tandem in GNSS Denied Environments | Alexis Stoven-Dubois, Laurent Jospin, Davide A. Cucci | 2332 - 2339 |
| A DSRC Enhanced RAIM Method using Grid-based Local GNSS Observation Quality Models | Jiang Liu, Bai-gen Cai, De-biao Lu, Jian Wang | 2340 - 2351 |
| Decentralized Collaborative Localization in Urban Environments using 3D-Mapping-Aided (3DMA) GNSS and Inter-Agent Ranging | Siddharth Tanwar and Grace Xingxin Gao | 2352 - 2363 |
| Bounding Visual Odometry Drift With Radio Range Data for Small Unmanned Aerial Vehicles | Robert C. Leishman, Jeremy Gray, John Raquet, Adam Rutkowski, and Wil Myrick | 2364 - 2379 |
| Low-complexity Pseudolite Network Self-location Technique with Incomplete Distance Measurements | Zhen Wu and Zizheng Dou | 2380 - 2391 |
| Multiple Unmanned Air Vehicle Coordination for Monitoring of Ground Phenomena Propagation | Sharon Rabinovich, Ren Curry, and Gabriel H. Elkaim | 2392 - 2398 |
| Tight Integration of GNSS Measurements and GNSS-based Collaborative Virtual Ranging | Alex Minetto, Andrea Nardin, and Fabio Dovis | 2399 - 2413 |
| Sequential Iterative Cramer-Rao Bound Containing NLOS Signal in Cooperative Localization | Siming Li, Guangxia Li, Jing Lv, Weiheng Dai, Shiwei Tian, Shiwei Tian, Qian Meng | 2414 - 2420 |
| Factor Graph Aided Distributed Multi-navigation Cooperative Positioning Algorithm | Chengkai Tang, Lingling Zhang, Yi Zhang, and Ye Wang | 2421 - 2428 |
| Batch Measurement Error Covariance Estimation for Robust Localization | Ryan M. Watson, Clark N. Taylor, Robert C. Leishman, and Jason N. Gross | 2429 - 2439 |
| Sequential Integrity Monitoring for Kalman Filter Innovations-based Detectors | Cagatay Tanil, Samer Khanafseh, Mathieu Joerger, Boris Pervan | 2440 - 2455 |
| Integrity Monitoring of LTE Signals of Opportunity-Based Navigation for Autonomous Ground Vehicles | Mahdi Maaref, Joe Khalife, and Zak M. Kassas | 2456 - 2466 |
| LiDAR Data Association Risk Reduction, Using Tight Integration with INS | Ali Hassani, Mathieu Joerger, Guillermo Dueas Arana, and Matthew Spenko | 2467 - 2483 |
| Integrity assurance of Kalman-filter based GNSS/IMU integrated systems against IMU faults for UAV applications | Jinsil Lee, Minchan Kim, Jiyun Lee, and Sam Pullen | 2484 - 2500 |
| PF-DOP Hybrid Path Planning for Safe and Efficient Navigation of Unmanned Vehicle Systems | Yujin Shin and Euiho Kim | 2501 - 2517 |
| Distributed Multi-GNSS Timing and Localization for Nanosatellites | Vincent Giralo and Simone D'Amico | 2518 - 2534 |
| Applying Sensor Integrity Concepts to Detect Intermittent Bugs in Aviation Software | Jason H. Rife, Hu Huang, and Sam Z. Guyer | 2535 - 2548 |
| The Development of a Mapping Hovercraft for GNSS Denied Environments Utilizing a SLAM Aided Navigation Scheme | Min-Chuan Tsai | 2549 - 2566 |
| Impact of Sample Correlation on SISRE Overbound for ARAIM | Santiago Perea, Micheal Meurer, Boris Pervan | 2567 - 2582 |
| Prototyping an ARAIM Offline Ground Monitor Using Experimental Data | Jaymin Patel, Yawei Zhai, Shahriar Kiarash, Samer Khanafseh, Mathieu Joerger, and Boris Pervan | 2583 - 2597 |
| Global Integrity Combining ARAIM and SBAS – Method and Operational Benefit | Markus Rippl, Santiago Perea, Stefan Schlüter, and Christoph Günther | 2598 - 2608 |
| Further Analysis of Sensitivity of RAIM Performance to Integrity Support Message Deviation | Young C. Lee, Brian Bian, and Ali Odeh | 2609 - 2631 |
| Assessing of Aircraft Banking on ARAIM Performance | R. Eric Phelts, Juan Blanch, Kazuma Gunning, Todd Walter, and Per Enge | 2632 - 2641 |
| Positioning Integrity, Availability and Precision for Journey Planning and Navigation using GNSS Integrated with Low-Cost Sensors | Ahmed El-Mowafy and Davide Imparato | 2642 - 2653 |
| Comparison of Fault Detection and Exclusion Algorithms for Multi-Constellation Carrier Phase Solutions | Zhen Zhu and Eric Vinande | 2654 - 2671 |
| Multiple GPS Fault Detection and Isolation Using a Graph-SLAM Framework | Sriramya Bhamidipati and Grace Xingxin Gao | 2672 - 2681 |
| ARAIM Temporal Correlation Effect on PHMI | Eugene Bang, Carl Milner, Christophe Macabiau, and Philippe Estival | 2682 - 2694 |
| GNSS Attitude Determination for Long Duration HAPS Missions | M. Turner and T. Reynolds | 2695 - 2702 |
| Enhancing Integrated Navigation System Reliability and Resilience by Decentralized Filtering | Inchara Lakshminarayan and Demoz Gebre-Egziabhe | 2703 - 2717 |
| Inertial Navigation System Aiding with Orbcomm LEO Satellite Doppler Measurements | Joshua J. Morales, Joe Khalife, Ali A. Abdallah, Christian T. Ardito, and Zak M. Kassas | 2718 - 2725 |
| Vision Based UAS Navigation for RFI Localization | Adrien Perkins, Yu-Hsuan Chen, Sherman Lo, and Per Enge | 2726 - 2736 |
| Using Aircraft Onboard Surveillance and Navigation Signals for Unusual Aviation Weather Detection | Ya-Tzu Chen | 2737 - 2749 |
| Assessment of a Robust MEMS-based RTK/INS System for UAV Applications | Richard Deurloo, Marnix Volckaert, Bei Huang, Kristof Smolders, and Valentin Barreau | 2750 - 2760 |
| Spoofing Resistant UAVs | Alexander Rügamer, Daniel Rubino, Xabier Zubizarreta, Wolfgang Felber, Jan Wendel, and Daniel Pfaffelhuber | 2761 - 2770 |
| Influence of Electromagnetic Emissions of High Voltage Overhead Lines on GNSS-Components | Henrik Brockhaus and Albert Claudi | 2771 - 2779 |
| Analysis of Quantitative Terminal Area Well-Clear Volumes for Unmanned Aircraft Systems | Samantha Smearcheck, Sean Calhoun, and Tony Adami | 2780 - 2795 |
| Validation of GNSS Receiver Chain Absolute Calibration | Esteban Garbin, Piotr Krystek, Ricardo Piriz, Pierre Waller, Pascale Defraigne and Bruno Bertrand | 2796 - 2803 |
| GPS-based Spacecraft Formation Flying Simulation and Applications to Ionospheric Remote Sensing | YuXiang Peng, Wayne Scales, Thom R. Edwards | 2804 - 2818 |
| Investigating The Sensitivity of Delay Doppler Maps to Wind Direction Using Ambiguous Stare Processing | Benjamin J. Southwell | 2819 - 2833 |
| Multi-sensor Study of Lake Michigan’s Surface using GNSS-Reflectometry | Roohollah Parvizi, Houshine Sabbagh Zadeh, Li Pan, Boris Pervan, Seebany Datta-Barua | 2834 - 2847 |
| Characterization and Mitigation of Interference between GNSS Radio Occultation and Reflectometry Signals for Low Altitude Occultations | Ian Collett, Y. Jade Morton, and Brian Breitsch | 2848 - 2858 |
| Maximum Likelihood Estimation for Altimetry with Ocean-Reflected GNSS Signals | Santiago Ozafrain, Pedro A. Roncagliolo, Carlos H. Muravchik | 2859 - 2868 |
| Real-Time Detection of Ionospheric Disturbances Induced by Earthquake with Detection Window Considering Ionospheric Activity | Junesol Song, Seonho Kang, Deokhwa Han, Bugyeom Kim, Changdon Kee | 2869 - 2878 |
| Characterization of GPS L1 EIRP: Transmit Power and Antenna Gain Pattern | Tianlin Wang, Christopher Ruf, Bruce Block, Darren McKague, and Scott Gleason | 2879 - 2890 |
| Robust GNSS Spoof Detection using Direction of Arrival: Methods and Practice | Sherman Lo, Yu Hsuan Chen, Hridayangam Jain, and Per Enge | 2891 - 2906 |
| Interference and Spoofing Detection for GNSS Maritime Applications using Direction of Arrival and Conformal Antenna Array | E. Pérez Marcos, A. Konovaltsev, S. Caizzone, M. Cuntz, K. Yinusa, W. Elmarissi, M. Meurer | 2907 - 2922 |
| Experimental Validation of INS Monitor against GNSS Spoofing | Cagatay Tanil, Pau Martinez Jimenez, Mihaja Raveloharison, Birendra Kujur, Samer Khanafseh, Boris Pervan | 2923 - 2937 |
| Uncoupled Accelerometer Based GNSS Spoof Detection for Automobiles Using Statistic and Wavelet Based Tests | Andrew Neish, Sherman Lo, Yu-Hsuan Chen, and Per Enge | 2938 - 2962 |
| Detecting GPS Spoofing via a Multi-Receiver Hybrid Communication Network for Power Grid Timing Verification | Tara Yasmin Mina, Sriramya Bhamidipati, and Grace Xingxin Gao | 2963 - 2977 |
| Enhanced APNT in Critical Terminal Areas | Okuary Osechas, Markus Rippl, Alexander Kuenz, Rachit Kumar, and Giuseppe Battista | 2978 - 2986 |
| An Experimental Study of an Improved BLE Indoor Positioning Scheme Based on Differential Distance Correction | Yun-Tzu Kuo | 2987 - 3000 |
| Hybrid AOA/DTOA Approach to 1090 MHz ADS-B Wide Area Multilateration | Siang-Lin Jheng and Shau-Shiun Jan | 3001 - 3009 |
| Relative Positioning and Velocity Estimation Using V2V Delay and Doppler Information | Michael Walter and Armin Dammann | 3010 - 3017 |
| Doppler-aided Line-of-sight Identification and Localization in Future Cellular Networks | Liangchun Xu and Jason Rife | 3018 - 3027 |
| Low Power Selective Denial of Service Attacks Against GNSS | Gianluca Caparra, Silvia Ceccato, Francesco Formaggio, Nicola Laurenti, Stefano Tomasin | 3028 - 3041 |
| Integrity Potential of Landmark-Based Navigation | Rachit Kumar and Okuary Osechas | 3042 - 3054 |
| Modelling and Understanding LiDAR Data for Absolute and Relative Positioning | Daniela E. Sánchez, Harvey C. Gómez, Thomas Pany | 3055 - 3069 |
| Tightly Coupled GNSS with Stereo Camera Navigation Using Graph Optimization | Zheng Gong, Peilin Liu, Qiang Liu, Ruihang Miao, and Rendong Ying | 3070 - 3077 |
| Precise Positioning of Robots with Fusion of GNSS, INS, Odometry, Barometer, Local Positioning System and Visual Localization | Patrick Henkel, Andreas Sperl, Ulrich Mittmann, Robert Bensch, Paul Färber, and Christoph Günther | 3078 - 3087 |
| GNSS/INS/Visual Deeply Coupled Integration: Preliminary Investigation on Dynamic Jammed Datasets | Calogero Cristodaro, Laura Ruotsalainen, and Fabio Dovis | 3088 - 3097 |
| Leveraging Vision-Based Structure-from-Motion for Robust Integrated Land Vehicle Positioning Systems in Challenging GNSS Environments | Hany Ragab, Sidney Givigi, and Aboelmagd Noureldin | 3098 - 3110 |
| Visual-UWB Navigation System for Unknown Environments | Qin Shi, Xiaowei Cui, Wei Li, Yu Xia, Mingquan Lu | 3111 - 3121 |
| An Improved Ambiguity Resolution Algorithm Based on Particle Filter for INS/RTK Integration in Urban Environments | Wei Li, Xiaowei Cui, Xueyong Xu, Mingquan Lu | 3122 - 3135 |
| A Modified Adaptive Square-root Cubature Kalman Filter for GNSS/INS Integration | Zhe Yue, Baowang Lian, Yang Gao, Shaohua Chen, Ye Wang | 3136 - 3144 |
| Integrity for GPS/LiDAR Fusion Utilizing a RAIM Framework | Ashwin Vivek Kanhere and Grace Xingxin Gao | 3145 - 3155 |
| Correcting GNSS NLOS by 3D LiDAR and Building Height | Weisong Wen, Guohao Zhang and Li-Ta Hsu | 3156 - 3168 |
| Low-cost PPP/INS Integration for Continuous and Precise Vehicular Navigation | Mohamed Elsheikh, Walid Abdelfatah, Ahmed Wahdan and Yang Gao | 3169 - 3178 |
| Implementation of Deep Reinforcement Learning on High Precision GNSS/INS Augmentation System | Hyeoncheol Shin, Jungshin Lee and Chang-ky Sung | 3179 - 3185 |
| Virtual Spatial Diversity Antenna for GNSS Based Mobile Positioning in the Harsh Environments | Hoda Tahami, Anahid Basiri, Terry Moore, Jihye Park, Lukasz Bonenberg | 3186 - 3198 |
| Performance Verification of Ultra-tight GPS/INS System Using a Comprehensive GPS/INS Data Simulation Tool | Malek O. Karaim, Mohamed Youssef, Aboelmagd Noureldin | 3199 - 3208 |
| Real Time Roll Angle Estimation for Fast Spinning Projectiles | Sertaç Erdemir and K. Can Tasan | 3209 - 3216 |
| Sensor Fusion for Vehicle Control | David Bevly | 3217 - 3236 |
| Challenges of Integrated Navigation | Paul Groves | 3237 - 3264 |
| Sensor Fusion for GNSS-Degraded PNT: Trends and Challenges | Andrey Soloviev | 3265 - 3282 |
| Behaviour-Aided Environment Detection for Context Adaptive Navigation | Han Gao | 3283 - 3296 |
| Optical Navigation using Sodium Layer Guide Stars, System Definition and Observability | Mark L. Psiaki, Brien R. Flewelling, and Shawn Hackett | 3297 - 3316 |
| Performance Improvement of Laser TRN using Particle Filter Incorporating Gaussian Mixture Noise Model and Novel Fault Detection Algorithm | Kyung Jun Han, Chang Ky Sung, Myeong Jong Yu, and Chan Gook Park | 3317 - 3326 |
| Environment-RF-Based Positioning Using Machine Learning | Andres I. Vila Casado, Alon Krauthammer, Sebastian Olsen, and Esteban Valles | 3327 - 3334 |
| Multi-Epoch 3D Mapping Aided GNSS using a Grid Filter | Paul D. Groves and Mounir Adjrad | 3335 - 3356 |
| Rao-Blackwellized Point Mass Filter and its Application to Tightly-Coupled INS/TRN Integration | Chang-Ky Sung and Sang-Jeong Lee | 3357 - 3366 |
| Improving Maps of Physical and Virtual Radio Transmitters | Markus Ulmschneider and Christian Gentner | 3367 - 3373 |
| Indoor Positioning Based on LTE Carrier Phase Measurements and an Inertial Measurement Unit | Ali A. Abdallah, Kimia Shamaei, and Zak M. Kassas | 3374 - 3384 |
| Particle Filter-based GNSS Positioning with NLOS Multipath Detection | Taro Suzuki | 3385 - 3397 |
| A Comparison of Particle Propagation and Weight Update Methods for Indoor Positioning Systems | Tanner N. Ray, J. Dan Pierce, and David M. Bevly | 3398 - 3408 |
| Multi-sensor-based Train Localization Integrity Monitoring Aided with Digital Track Map | Debiao Lu, Xin Han, Baigen Cai, and Jiang Liu | 3409 - 3422 |
| Positioning Performance of LTE Signals in Rician Fading Environments Exploiting Antenna Motion | Kimia Shamaei, Joshua J. Morales, and Zak M. Kassas | 3423 - 3432 |
| Robust Covariance Matrix Estimation and Sparse Bias Estimation for Multipath Mitigation | Julien Lesouple, Franck Barbiero, Frédéric Faurie, Mohamed Sahmoudi, Jean-Yves Tourneret | 3433 - 3445 |
| Determination of Pseudorange Error Models and Multipath Characterization under Signal-Degraded Scenarios | Daniel Medina, Kasia Gibson, Ralf Ziebold, and Pau Closas | 3446 - 3456 |
| Exploiting Spatial Diversity for NLOS Indoor Positioning | J. A. García-Molina, J. A. Fernández-Rubio, J. M. Parro | 3457 - 3462 |
| An HW-In-the-Loop Approach for the Assessment of GNSS Local Channel Effects in the Railway Environment | Gianluca Falco, Mario Nicola, and Emanuela Falletti | 3463 - 3477 |
| Multipath Rejection Capability Analysis of GNSS Antennas | S. Caizzone, M.-S. Circiu, W. Elmarissi, C. Enneking, M. Felux, K. Yinusa | 3478 - 3489 |
| Analysis of Parameters Influencing Weak GNSS Signal Processing | Thyagaraja Marathe, Ali Broumandan, Gérard Lachapelle | 3490 - 3503 |
| Multiple Frequency Tracking Method Based on the Cardinalised Probability Hypothesis Density Filter with Cardinality Compensation | Sun Young Kim | 3504 - 3517 |
| Multipath-Aware Carrier Tracking Loop for High Dynamics Real-Time GNSS Receivers | Pedro A. Roncagliolo and Javier G. García | 3518 - 3529 |
| Real-Time Real-World Testbed for New GNSS Signals – an Update on the Feasibility Study of Using UAVs as GNSS Satellites | Daniel S. Maier, Thomas Kraus, Daniela E. Sánchez, Ronny Blum, Thomas Pany | 3530 - 3543 |
| A Novel Short Delay Multipath Mitigation Algorithm in Urban GNSS Navigation Applications | D. W. Lim, H. Jang, S. Chun, and M. B. Heo | 3544 - 3551 |
| Assessment of the Delay-Locked Loop Error due to Multipath Models Regarding a Deterministic-stochastic Channel and a GPS L1 Receiver Model for Kinematic Trajectories | Alexandra Avram, Noha El Gemayel, Volker Schwieger | 3552 - 3561 |
| Open Loop Algorithm Based on Circular Distributions for Robust Phase Tracking | Sébastien Roche, Eric Senant, Laurent Lestarquit, Franck Barbiero | 3562 - 3574 |
| Bayesian Covariance Estimation for Kalman Filter based Digital Carrier Synchronization | Gerald LaMountain, Jordi Vilà-Valls, Pau Closas | 3575 - 3586 |
| Which GNSS Tracking Loop Configuration is Most Robust Against Spoofing? | Tobias Bamberg, Manuel M. Appel, Michael Meurer | 3587 - 3595 |
| Performance Evaluation and Comparison of GPS L5 Acquisition Methods under Scintillations | Caner Savas, Fabio Dovis, Gianluca Falco | 3596 - 3610 |
| Implementation and Performance Evaluation of a Vector-based Receiver during Strong Equatorial Scintillation on Dynamic Platforms | Dongyang Xu, Y. Jade Morton, Yu Jiao, Charles Rino, and Rong Yang | 3611 - 3622 |
| A Novel Wavelet Packet-based Jamming Mitigation Technique for Vector Tracking-based GPS Software Receiver | Haidy Y. Elghamrawy, Mohamed Youssef and Aboelmagd M. Noureldin | 3623 - 3631 |
| A Novel Non-orthogonal Projection Method based on Antenna Array for GNSS Spoofing Mitigation | Jiaqi Zhang, Xiaowei Cui, Mingquan Lu, and Li Gong | 3632 - 3642 |
| Authentication by Polarization: A Powerful Anti-Spoofing Method | Wim De Wilde, Jean-Marie Sleewaegen, Bruno Bougard, Gert Cuypers, Alexander Popugaev, Markus Landmann, Christopher Schirmer, Daniel Egea Roca, José A. López-Salcedo, Gonzalo Seco Granados | 3643 - 3658 |
| ION Software-Defined Radio Metadata Standard Report: September 2018 | Thomas Pany, Markel Arizabaleta, Sanjeev Gunawardena, James Curran, and Alexander Rügamer | 3659 - 3662 |
| Approach for Self-consistent NLOS Detection in GNSS-Multi-constellation Based Localization | Pierre Reisdorf and Gerd Wanielik | 3663 - 3670 |
| The Power of GNSS for Ionospheric Research | Patricia H. Doherty | 3671 - 3688 |
| CYGNSS: Cyclone Global Navigation Satellite System | Chris Ruf | 3689 - 3703 |
| GPS-Interferometric Reflectometry (GPS-IR) | Clara Chew | 3704 - 3719 |
| GPS Time Series as Proxies for Regional Climate Change | Shimon Wdowinski | 3720 - 3745 |
| Satellite Selection Method According to Signal Levels of Multi-Constellation GNSS | HongPyo Kim, JinHyeok Jang, Jun-Pyo Park, Gyu-In Jee, and Young Jae Lee | 3746 - 3752 |
| Kinematic Performance Analysis of Joint Vector Architecture Based Carrier Phase Tracking | Shaohua Chen | 3753 - 3766 |
| Signal Acquisition Performance Analysis of Spreading Codes for GNSS Signal | Heejae Jang, Deok Won Lim, Sebum Chun, Moon Beom Heo, Jin Hyuk Lee, Sang Jeong Lee | 3767 - 3774 |
| Huber's Non-linearity for Robust Transformed Domain GNSS Signal Processing | Daniele Borio, Haoqing Li, and Pau Closas | 3775 - 3787 |
| Subspace-based Joint DOA, Delay and DFO Estimation for GNSS Multipath Signals | Xi Hong, Ning Chang, Wenjie Wang, Qinye Yin | 3788 - 3801 |
| A New Satellite Selection Algorithm for a Multi-constellation GNSS Receiver | Ershen Wang, Chaoying Jia, Shaojun Feng, Gang Tong, He He, Pingping Qu, Yuxia Bie, Chuanyun Wang, Yi Jiang | 3802 - 3811 |
| Using of the SDP Relaxation Method for Optimization of the Satellites Set Chosen for Positioning | Lev Rapoport and Timofey Tormagov | 3812 - 3820 |
| Research on Dependency of Carrier Phase Biases on Correlator Spacing | Ye Wang, Lin Zhao, Shaohua Chen, and Yang Gao | 3821 - 3826 |
| Statistical Models to provide Meaningful Information to GNSS End-users Under Ionospheric Scintillation Conditions | S. Vadakke Veettil, M. Aquino, G. De Franceschi, L. Spogli, C. Cesaroni, and V. Romano | 3827 - 3832 |
| Triple-frequency PPP Ambiguity Resolution with BDS-2 and BDS-3 Observations | Xin Li | 3833 - 3858 |
| Attitude Determination with Multiple Antennas Using SDP Relaxation | Lev Rapoport and Timofey Tormagov | 3859 - 3867 |
| Performance Analysis of Triple Carrier Ambiguity Resolution in Precise Point Positioning with Smoothed Ionosphere Corrections | Francesco Basile, Terry Moore, Chris Hill, and Gary McGraw | 3868 - 3880 |
| An Improved Combination Method of Real-time Multi-system Orbit and Clock Corrections | Gong Xiaopeng, Gu Shengfeng, Yang Xinhao, Zheng Fu, and Lou Yidong | 3881 - 3886 |
| Cycle Slip Detection in Galileo Widelane Signals Tracking | Philippe Paimblanc, Nabil Jardak, Margaux Bouilhac, Thomas Junique, Thierry Robert | 3887 - 3896 |
| On the Potential of Receiver Clock Modeling in Kinematic Precise Point Positioning | Thomas Krawinkel and Steffen Schön | 3897 - 3908 |
| Absolute GNSS Antenna Phase Center Calibration with a Robot | Daniel Willi, Donovan Koch, Michael Meindl, Markus Rothacher | 3909 - 3926 |
| Robust GNSS Differential Processing for All Baselines | Corwin G. Olson, Brian W. Tolman | 3927 - 3944 |
| Theoretical Analysis and Reconstruction Algorithm for Intermittent Carrier Observations on Low-Power Mobile Devices | Qiang Liu, Jiuchao Qian, Peilin Liu, Rendong Ying, Yuze Wang, Zida Wu, and Abdul Rehman | 3945 - 3955 |
| GPS + Galileo Single-frequency Relative Positioning with Low-cost Receivers | Cécile Deprez and René Warnant | 3956 - 3966 |
| Assessment of Global and Regional Ionospheric Corrections in Multi-GNSS PPP | John Aggrey | 3967 - 3981 |
| GNSS Yaw-Attitude Estimation: Results for QZSS Block-II Satellites Using Single- or Triple-Frequency Signals from two Antennas | A. Hauschild | 3982 - 3994 |
| Authenticating GALILEO Open Signal using QZSS Signal | Dinesh Manandhar and Ryosuke Shibasaki | 3995 - 4003 |
| Estimation of Antenna Array Manifolds Based on Sparse Measurements | M. Niestroj, M. Brachvogel, S. Zorn, M. Meurer | 4004 - 4011 |
| GNSS Received Code Alteration for Enhanced Accuracy Tracking in Multipath Environments | Nesreen I. Ziedan | 4012 - 4026 |
| Accurate Position and Attitude Determination in a Multipath Environment Using an Uncalibrated Multi-Antenna-System | Soeren Zorn, Brahim Saadi, Michael Niestroj, Marius Brachvogel, Michael Meurer | 4027 - 4039 |
| Vector Tracking of GNSS Signals from a Multi-Element Antenna | Michael C. Esswein and Mark L. Psiaki | 4040 - 4051 |
| Performance of GNSS Beamforming Algorithms using Distributed Sub-arrays in Automotive Applications | Marius Brachvogel, Michael Niestroj, Soeren Zorn, Michael Meurer, Syed N. Hasnain, Ralf Stephan, Matthias A. Hein | 4052 - 4063 |
| Co-design of Message Structure and Channel Coding Scheme to Reduce the Time to CED for a Galileo 2nd Generation New Signal | Lorenzo Ortega Espluga, Charly Poulliat, Marie-Laure Boucheret, Marion Aubault, Hanaa Al Bitar | 4064 - 4078 |
| A Novel Approach for Real-world Performance Assessment of Galileo Navigation Message Evolution | Tiago Peres, David Jimenez, Thomas Burger, Birgit E. Schotsch, Marco Anghileri, M. Ouedraogo | 4079 - 4093 |
| Spatial Decorrelation Analysis of Ionospheric Delay Due to the Medium-Scale Traveling Ionospheric Disturbances using Radio-over-Fiber Devices and a Single Clock Receiver for Extended Baselines | Takayuki Yoshihara and Susumu Saito | 4094 - 4101 |
| New Cyberinfrastructure for GNSS Ionospheric Scintillation and Total Electron Content Parameters | Anthea Coster, Susan Skone, Donald Hampton, Eric Donovan, Allan Weatherwax | 4102 - 4110 |
| Investigation into the Space Weather Event of September 2017 through GNSS Raw Samples Processing | Nicola Linty, Alex Minetto, Fabio Dovis, Vincenzo Romano, Ingrid Hunstad | 4111 - 4124 |
| Robust Closed-loop Tracking of Airborne Low-Elevation GPS Radio-Occultation Signals | Yang Wang, Y. Jade Morton, Rong Yang, Harrison Bourne, Steve Taylor, Frank van Graas, Jennifer S. Haase | 4125 - 4133 |
| Auroral E and F Layer Ionospheric Irregularities Sensed by a Kilometer-Spaced GNSS Receiver Array | Seebany Datta-Barua, Vaishnavi Sreenivash, Kshitija B. Deshpande, Yang Su, Gary S. Bust | 4134 - 4143 |
| Systematic Solar Cycle Variation of the Ionospheric TEC Gradient Magnitude Distribution over the Brazilian Airspace | Rezy Pradipta, Endawoke Yizengaw, and Patricia H. Doherty | 4144 - 4150 |
| Overview of a New Reconstruction Method to Map the Ionosphere at the Brazilian Region | Fabricio dos Santos Prol | 4151 - 4157 |
| Ionospheric Rates of Change | Todd Walter, Juan Blanch, Lance DeGroot, Laura Norman, and Mathieu Joerger | 4158 - 4170 |
| Precise Measurement of the Channel Delay for GNSS Signal Simulator based on the Software Receiver | Lei Zhao, Tengfei Da, Zhen Wu, Xiaowei Cui, Chuhan Wang, Mingquan Lu, and Li Gong | 4171 - 4181 |
| Carrier Phase Tracking Considerations for Commodity SDR Hardware | Cillian O'Driscoll and James T. Curran | 4182 - 4196 |
| Analysis of GNSS Correction Data Standards for the Automotive Market | Sudha Vana, John Aggrey, Sunil Bisnath, Rodrigo Leandro, Landon Urquhart, and Paola Gonzalez | 4197 - 4214 |
| Implementation of GNSS Receiver Hardware Accelerators in All-programmable System-On-Chip Platforms | Marc Majoral, Carles Fernández-Prades, and Javier Arribas | 4215 - 4230 |
| The GNSS-Transceiver: Using Vector-tracking Approach to Convert a GNSS Receiver to a Simulator; Implementation and Verification for Signal Authentication | Daniel S. Maier, Kathrin Frankl, and Thomas Pany | 4231 - 4244 |
| Nuisance Parameters for Bayesian Direct Position Estimation Targeting Improved Stability | Jürgen Dampf and Thomas Pany | 4245 - 4257 |
| Non-Coherent Processing of Galileo E6b Signals | Daniele Borio and Melania Susi | 4258 - 4270 |
