| Title | Author | Pages |
|---|
| Characterizing GPS Signal Deformations using the WAAS Signal Quality Monitor | R. Eric Phelts and Todd Walter | 1 - 11 |
| Availability of Iono Gradient Detection with Alternative Architectures for DFMC GBAS | Tim Murphy, Matt Harris, Glaucia Balvedi, Gary McGraw, Joel Wichgers, Linda Lavik, Morten Topland, Mutaz Tuffaha, Susumu Saito | 12 - 33 |
| Evaluation of Satellite Clock and Ephemeris Error Bounding Predictability for Integrity Applications | Xinwei Liu, Rebecca Wang, Juan Blanch, Todd Walter | 34 - 43 |
| ARAIM Airborne Algorithm: Sensitivity & Feasibility Analyses and Test Procedures Identification | Enrique Domínguez-Tijero, Roxana Clopot, Marta Cueto, Ettore Canestri, Mikael Mabilleau, Marco Porretta | 44 - 68 |
| SBAS Authentication Concepts and Trade-offs | Christian Wullems, Luciano Tosato, Daniele Pozza, Andrea Dalla Chiara, Alessandra Calabrese, Mikael Mabilleau, Ettore Canestri | 69 - 88 |
| Assessment of Tropospheric Anomalies for CAT II/III GBAS Based on IGS Products | Honglin Tang, Kun Fang, Kai Guo, Zhipeng Wang, Yanbo Zhu, Zhiqiang Dan | 89 - 102 |
| KOREA Augmentation Satellite System (KASS): First System Performance with Deployed System | Carolle Houllier, Thierry Authié, Guillaume Comelli, ByungSeok Lee, Eunsung Lee, Youngsun Yun, Cheon Sig SIN | 103 - 116 |
| Worldwide SBAS Broadcasts Between 2017 and 2022: A Comparative Study | Julián Barrios, José Gabriel Pericacho, Susana Domenech, Nerea Álvarez López | 117 - 153 |
| Preliminary Definition of Navigation System Performance for SA CAT I Approaches Based on GNSS Guidance | Denis Bouvet, Jean-Pierre Arethens | 154 - 165 |
| GNSS Acquisition Thresholds for Civil Aviation GNSS Receivers | Guillaume Novella, Axel J. Garcia -Pena, Christophe Macabiau, Anaïs Martineau, Pierre Ladoux, Philippe Estival, Olivier Troubet-Lacoste | 166 - 191 |
| GNSS Interference Detection and Geolocalization for Aviation Applications | Hamdi Nasser, Gerhard Berz, Mario Gómez, Alberto de la Fuente, Javier Fidalgo, Wenjun Li, Michael Pattinson, Pascal Truffer, Marc Troller | 192 - 216 |
| Towards the Early Adoption of ARAIM Services: PROARAIM Experimentation Campaign Results | J. Gabriel Pericacho, José Celada, David Sánchez, Konrad W. Janicki, Alessandra Calabrese, Fernando Díaz, Xavier Quiles, Victor Arribas, Javier Andrés, Juan Ibañez, Carlos López de Echazarreta | 217 - 237 |
| Evaluating New and Current Horizontal Protection Levels in the Baseline ARAIM Algorithm | Danielle Racelis, Mathieu Joerger | 238 - 246 |
| GNSS Autonomous Integrity Monitoring with Barometric Pressure Measurements and Weather Data | Maximilian Simonetti and Omar García Crespillo | 247 - 260 |
| LDACS Navigation System Design Considerations | Gianluca Zampieri, Gary McGraw, Okuary Osechas, Brandon Weaver, Michael Meurer, Sai Kalyanaraman | 261 - 275 |
| Impact of DME/TACAN on GNSS L5/E5a Receivers at Low Altitude Considering Multipath | Nicolas Gault, Axel Garcia-Pena, Alexandre Chabory, Christophe Macabiau | 276 - 303 |
| Tight Integrated GNSS/DME Navigation for Aviation RNP Operation | Shuguang Sun, Lugang Yuan, Ruoxin Gong, Haolin Wang, Yanzhi Xun | 304 - 311 |
| Wide Area Augmentation System Performance Margin Characterization | Nathan Vary, Patricia Morrison, Emily McCord, Karl Shallberg, Swen Ericson, Eric Altshuler, Zachary Allen, Lucas Laske, Luke Bucklew | 312 - 333 |
| Integrity Monitoring and Uncertainty Estimation with AUTO’s Non-linear Integration of Multiple Imaging Radars and INS/GNSS for Autonomous Vehicles and Robots | Dylan Krupity, Billy Chan, Abdelrahman Ali, Abanob Salib, Jacques Georgy, and Christopher Goodall | 334 - 352 |
| Resilient Train Localization Based on GNSS/INS/Trackmap Integration Using a MAP-AICKF Method | Zhuojian Cao, Jiang Liu, Wei Jiang, Baigen Cai, Jian Wang, Zhuojian Cao, Jiang Liu, Wei Jiang, Baigen Cai, Jian Wang | 353 - 366 |
| Spherical Grid-Based IMU/LiDAR Localization and Uncertainty Evaluation Using Signal Quantization | Ali Hassani and Mathieu Joerger | 367 - 380 |
| Validation of a European High Accuracy GNSS Service for Cadastral Surveying Applications | Nacer Naciri, Ding Yi, Sunil Bisnath, F. Javier de Blas, Roberto Capua | 381 - 396 |
| Design of a Versatile Vehicle-to-Everything (V2X) Communication Platform for Autonomous Vehicular Environments | Xinao Wang, Xiaolin Meng, George Ye | 397 - 416 |
| EGNOS Performance Along the Baltic Sea with a Maritime Receiver During 3 Months | Rodrigo González, Elisabet Lacarra, Manuel López, Kaisu Heikonen | 417 - 425 |
| An Initial Assessment of VDE-Terrestrial Channel Performance | Gregory Johnson, Kenneth Dykstra, Sophie Ordell, John Forster, James Spilsbury | 426 - 438 |
| Galileo Timing for R-Mode – Testing Campaign | G. Cueto-Felgueroso, J. Martínez, S. Blesa, G. Moreno, M. López, R. Nieto, R. Píriz, M. Hoppe, S. Gewies, K. Callewaert, M. López | 439 - 456 |
| Galileo Advanced Features for the Marine Domain: Breakthrough Applications for Safety and Security | Marie-Cécile Delmas, Kevin Salsac | 457 - 463 |
| Military Communications & Positioning, Navigation, and Timing Overview: GPS Update | Cordell DeLaPena Jr. | 464 - 483 |
| Galileo Programme Status | Eric Châtre and Miguel Manteiga | 484 - 511 |
| Update of QZSS | Satoshi Kogure | 512 - 528 |
| Moon Transfer Orbit Navigation Using Signals Coming from the Moon | Masaya Murata, Satoshi Kogure | 529 - 536 |
| A Lunar Navigation and Communication Satellite System with Earth-GPS Time Transfer: Design and Performance Considerations | Sriramya Bhamidipati, Tara Mina, Alana Sanchez, and Grace Gao | 537 - 553 |
| Development of GPS L2C Signal Generator for SSV in Geostationary Orbit Simulation | Hak-beom Lee, ByeongHyun Choi, Young-Jin Song, Jong-Hoon Won, Ki-Ho Kwon | 554 - 561 |
| Prospects for Low Earth Orbit Individual and Swarm Smallsat Position, Navigation and Timing Without GNSS | James Schatzman | 562 - 574 |
| ESA/ESOC - Precise Orbit Determination for Sentinel-6 Michael Freilich Based on Galileo and GPS Observations | Rene Zandbergen, Francesco Gini, Erik Schönemann, Volker Mayer, Michiel Otten, Tim Springer, Werner Enderle | 575 - 588 |
| Beyond Gravity PODRIX GNSS Receiver on Sentinel-6 Michael Freilich – Receiver Performance and POD Analysis | Heike Peter, Tim Springer, Franz Zangerl, Heinz Reichinger | 589 - 601 |
| Development Challenges of a GNSS SDR Receiver for Moon Landing | Samuele Fantinato, Efer Miotti, Matilde Boschiero, Marco Bartolucci, Marco Bergamin, Davide Marcantonio, Matteo Pulliero, Federica Rozzi, Oscar Pozzobon, Claudia Facchinetti, Mario Musumeci, Luigi Ansalone, Gabriele Impresario, Giuseppe D’Amore, Joel J. K. Parker, Lauren Konitzer, Stephen A. McKim, Benjamin Anderson, James J. Miller, Frank H. Bauer, Lisa Valencia, Fabio Dovis | 602 - 627 |
| Differential Positioning Performance on Lunar South Pole Region Using Lunar Navigation Satellite System | Kyohei Akiyama, Masaya Murata, Satoshi Kogure | 628 - 638 |
| GEO Precise Orbit Determination Using Onboard GPS Carrier Phase Observations of Optical Data Relay Satellite | Takehiro Matsumoto, Takushi Sakamoto, Kazuhiro Yoshikawa, Sachiyo Kasho, Ayano Nakajima, Shinichi Nakamura | 639 - 652 |
| Wide-Lane Ambiguity Support as an Enabler of Low Cost, Dual-Band Precision GNSS Performance in Modern, Large Scale Correction Networks | Daniel Burr, Mike Horton | 653 - 666 |
| PPP and Galileo High Accuracy Service with Satellite Selection Strategies for Kinematic Applications | Ilaria Martini, Melania Susi, Ignacio Fernández-Hernández | 667 - 682 |
| Galileo H-ARAIM: Update on Performance Characterization and Integrity Support Message | S. Perea, S. Wallner, M. Schönfeldt, K. Binder, M. Odriozola, A. Donatelli, E. Foucault, C. Stallo M. Sgammini, I. Martini, J.P. Boyero, M. Mabilleau, E. Canestri, N. Castrillo | 683 - 701 |
| Development of the H-ARAIM/FDE Capability for an Aviation Receiver Prototype | Denis Bouvet, Bernadette Couteiro, Frederic Chauveau, Gregoire Jacotot | 702 - 713 |
| A United Kingdom Space-Based Augmentation System Testbed Capability | David Hill, George Newton, Claudio Soddu, Mark Dumville, Madeleine Easom, Smita Tiwari, William Roberts, Julián Barrios Lerma, José Gabriel Pericacho, Chris Emes | 714 - 724 |
| ARAIM for Applications Beyond Aviation | Javier Fidalgo, Enrique Domínguez, Ginés Moreno, Fulgencio Buendía, Joao Pedro Duque, Jorge Martínez, Merle Snijders, Heiko Engwerda, Olga Burdash, Armando Luciano, Ettore Canestri, Daniel Lopour, Marco Porretta, Natalia Castrillo, Santiago Perea, Ilaria Martini, Matteo Sgammini, Juan Pablo Boyero | 725 - 751 |
| EGNOS V3 Legacy Service – Preliminary Performances | Roland Braun, Marc Boyer, Eric Robert, Mickael Dall’Orso, Nicolas Giron, Carlos López de Echazarreta | 752 - 771 |
| EGNOS V3 Demonstration of SBAS Signal Transmission with iIncreased Strength and Robustness Performances | Arnault Sfeir, Nasser Zaidi, Marc Solé-Gaset, Miguel Á. Suárez-Gopar, David Lázaro-Leiva, Joan Clua-Lara, Sergi Locubiche-Serra, Gonzalo Seco-Granados, José A. López-Salcedo, Cyrille Boulanger, Peter Claes | 772 - 787 |
| Light Integrity Algorithm Considering Local Environmental Feared Events | Yuki Sato, Rui Hirokawa, Masao Higuchi, Akinori Taira | 788 - 798 |
| A Flexible Ephemeris Representation for GNSS and Alternative PNT Signal Sources Using B-Splines | Mikaela Dobbin, Penina Axelrad | 799 - 807 |
| Receiver Testing for the Galileo E1 OSNMA and I/NAV Improvements | Luca Cucchi, Sophie Damy, Matteo Paonni, Mario Nicola, Beatrice Motella | 808 - 819 |
| Impact of OSNMA Configurations, Operations and User’s Strategies on Receiver Performances | Sophie Damy, Luca Cucchi, Matteo Paonni | 820 - 827 |
| Early Demonstration of Galileo HAS User Performances | A. Chamorro, S. Cancela, A.J. García, D. Calle, Ignacio Fernández-Hernández, F. J. de Blas, J. Vazquez, C. Hernández | 828 - 835 |
| Galileo High Accuracy Service (HAS) Algorithm and Receiver Development and Testing | Pedro Pintor, Emilio González, Ana Senado, Philipp Bohlig, Andreas Sperl, Patrick Henkel, Javier Simón, Carmelo Hernández, Javier de Blas, Juan Vázquez | 836 - 851 |
| Assessment of RFI Robustness Performance for New RNSS Signal Design | Subin Lee, Kahee Han, Thomas Kraus, Thomas Pany, Jong-Hoon Won | 852 - 858 |
| A New Single Chip Receiver for Integrated Galileo, BeiDou and QZSS High Accuracy Services | Giovanni Gogliettino, Fabio Pisoni, Domenico Di Grazia, Salvatore Crasta, Simone Ardiero, Giuseppe Avellone, Maria Elisa Delgado-Tejedor, Rokubun Miquel Garcia-Fernandez | 859 - 876 |
| ISO21434 Compliant Cybersecurity Concept for an Automotive Grade GNSS Receiver | Giuseppe Avellone, Jerome Durand, Fabio Pisoni, Julien Couvrand, Domenico Di Grazia, Priyank Sharma | 877 - 882 |
| A Modular and Extendable GNSS Python Library | Derek Knowles, Ashwin Vivek Kanhere, Sriramya Bhamidipati, and Grace Gao | 883 - 888 |
| Low-Cost GNSS Receivers for Radiometric Surveying: an Experimental Assessment | Daniele Borio, Francesco Raiola, Ciro Gioia, Vladan Štefula, Philippe Hubert | 889 - 907 |
| Performance Analysis of BDS-3/GNSS Using Undifferential and Uncombined Precision Point Positioning Model | Haibo Yin, Hang Guo, Jiadong Tao, Xiaowen Luo, Min Yu, Jian Xiong, Min Wan | 908 - 920 |
| Joint Detection and Tracking of Unknown Beacons for Navigation with 5G Signals and Beyond | Mohammad Neinavaie and Zaher M. Kassas | 921 - 932 |
| Time-Frequency Analysis of GNSS Jamming Events Detected on U.S. Highways | Sandeep Jada, John Bowman, Mark Psiaki, Chenming Fan, Mathieu Joerger | 933 - 946 |
| Improved RFI Localization Through Aircraft Position Estimation During Losses in ADS-B Reception | Michael Dacus, Zixi Liu, Sherman Lo and Todd Walter | 947 - 957 |
| Factor Graph-based Spoofing Mitigation using the Chimera Signal Enhancement | Ashwin Vivek Kanhere, Tara Mina, Akshay Shetty, Grace Gao | 958 - 968 |
| Getting Washington to Wake Up to GNSS Reality | Diana Furchtgott-Roth | 969 - 975 |
| A New Approach for Single Antenna INS Alignment in Multirotors Allows Aaster Time-to-Application | Payam Nazemzadeh, Marnix Volckaert, Chanjuan Zhang, Kristof Smolders, and Bruno Bougard | 976 - 983 |
| Permanent VRS Network and Positioning Engine for Mass-Market Scalable Precise Navigation | Xavier Banqué-Casanovas, Miquel Garcia-Fernàndez, Aleix Tejada Giménez, Maria Elisa Delgado-Tejedor, Isaac Hoyas-Ester, Malgorzata Siutkowska | 984 - 995 |
| Software-Defined GNSS is Ready for Launch | Hailey Nichols, Matthew Murrian, Todd Humphreys | 996 - 1013 |
| Protecting the Skies: GNSS-less Aircraft Navigation with Terrestrial Cellular Signals of Opportunity | Zaher M. Kassas, Ali Abdallah, Chiawei Lee, Juan Jurado, Steven Wachtel, Jacob Duede, Zachary Hoeffner, Thomas Hulsey, Rachel Quirarte, RunXuan Tay | 1014 - 1025 |
| Performance Improvement of GNSS Added with Non-Legacy Orbit | Jiyeon Woo, JinHyeok Jang, Dana Park, Sangkyung Sung, Young Jae Lee | 1026 - 1030 |
| Impact of Omitting Intermodulation Products on Ranging Performance in Satellite Navigation | Florian C. Beck, Christoph Enneking, Steffen Thölert, and Felix Antreich | 1031 - 1045 |
| Analysis of Long-Range LTE Radio-SLAM Navigation Approximated as a Periodic System | Dawson Beatty, Mark L. Psiaki | 1046 - 1061 |
| Characterizing the Android and iOS Internal Positioning Solution to Detect Wrong-lane Drivers | Christian A. Lichtenberger, Mohamed Bochkati, Thomas Pany | 1062 - 1073 |
| Tightly Coupling Integration of GNSS Observables and Wi-Fi RTT Ranges | Miquel Garcia-Fernandez, Malgorzata Siutkowska, Alex Lopez-Cruces, Eduardo Paredes Brito, Aleix Tejada Giménez, Xavier Banque-Casanovas | 1074 - 1084 |
| The Vehicle Navigation System with a Rotating IMU | WenHui Yang, Shuang Du, Zhangyi Gana | 1085 - 1092 |
| Set-Based Ambiguity Reduction in Shadow Matching with Iterative GNSS Pseudoranges | Daniel Neamati, Sriramya Bhamidipati, and Grace Gao | 1093 - 1107 |
| Sub-Meter Accurate Pedestrian Indoor Navigation System with Dual ZUPT-Aided INS, Machine Learning-Aided LTE, and UWB Signals | Chi-Shih Jao, Ali A. Abdallah, Changwei Chen, Minwon Seo, Solmaz S. Kia, Zaher M. Kassas, and Andrei M. Shkel | 1108 - 1126 |
| GNSS Performance Evaluation for Deep Urban Environments using GNSS Foresight | Esther Anyaegbu, Paul Hansen | 1127 - 1136 |
| GNSS Spoofing Detection Using Machine Learning and Truncated Singular Value Decomposition | Logan L. Maynard | 1137 - 1150 |
| Machine Learning-assisted GNSS Interference Monitoring through Crowdsourcing | Nisha Lakshmana Raichur, Tobias Brieger, Dorsaf Jdidi, Tobias Feigl, J. Rossouw van der Merwe, Birendra Ghimire, Felix Ott, Alexander Rügamer, and Wolfgang Felber | 1151 - 1175 |
| Unsupervised Disentanglement for PostIdentification of GNSS Interference in the Wild | Dorsaf Jdidi, Tobias Brieger, Tobias Feigl, David Contreras Franco, J. Rossouw van der Merwe, Alexander Rügamer, Jochen Seitz, and Wolfgang Felber | 1176 - 1208 |
| Designing Deep Neural Networks for Sequential GNSS Positioning | Shubh Gupta, Ashwin V. Kanhere, Akshay Shetty, and Grace Gao | 1209 - 1219 |
| A Robust RGB-D SLAM using Deep Learning for Depth Map Improvement | Hao Zhang, Hongyang Yu | 1220 - 1225 |
| Remote Sensing Image Target Detection Based on Improved Faster R-CNN | Ruihao Zhou, Dong Zhou, Chengjun Guo | 1226 - 1235 |
| Analysis of Multipath Effect in the Tracking Stage using Loop Bandwidth Control Algorithm | Natalia Conde, Iñigo Cortés, J. Rossouw van der Merwe, Alexander Rügamer, and Wolfgang Felber | 1236 - 1256 |
| Improvement of RTK-GNSS using Multiple Antennas and Receivers | Tomohiro Ozeki, Kohei Wadayama, Kaito Kobayashi, Nobuaki Kubo | 1257 - 1270 |
| A Hybrid Solution PPP-RTK, a Major Asset for the CORS Network | Delphine Isambert, Paul Chambon, Alexandre Vervisch-Picois | 1271 - 1279 |
| TerraStar X Technology: Design of GNSS Corrections for Instantaneous Lane-Level Accuracy on Large Scale Connected Vehicles and Devices | Leos Mervart, Zdenek Lukes, Paul Alves | 1280 - 1292 |
| New Multi-Constellation, Multi-Frequency PPP-AR Service – Design Considerations and Operational Results | Leos Mervart, Zdenek Lukes, Paul Alves | 1293 - 1307 |
| Evaluation of a Complementary Navigation Filter Steering a UAS Autopilot in a GNSS Contested Environment | Andrew Appleget, Josiah Watson, Jeremy Gray, Robert C. Leishman | 1308 - 1325 |
| Tightly Coupled GNSS/IMU/UWB Kalman Filter Supporting UAS Autoland in GNSS Harsh Environment | Cheolmin Lee and Euiho Kim | 1326 - 1337 |
| Analysis in Long-Range AprilTag Pose Estimation and Error Modeling | Suyeon Cho and Euiho Kim | 1338 - 1349 |
| Fault-Free Integrity and Continuity for Driverless Urban Vehicle Navigation with Multi-Sensor Integration: A Case Study in Downtown Chicago | Kana Nagai, Matthew Spenko, Ron Henderson, Boris Pervan | 1350 - 1365 |
| Utilizing LiDAR Registration on 3D High Accuracy Digital Maps for Robust Positioning in GNSS Challenging Environments | Eslam Mounier, Shaza Kaoud Abdelaziz, Paulo Ricardo Marques de Araujo, Sina Taghavikish, Mohamed Elhabiby, Aboelmagd Noureldin | 1366 - 1376 |
| Atom Strapdown: High Rate Phase Shift Calculation for Atom Interferometer Inertial Sensors | Benjamin Tennstedt, Nicolai Weddig, Steffen Schön, Ashwin Rajagopalan, Sven Abend, Ernst M. Rasel | 1377 - 1391 |
| Optimization of UWB Network Placement Using Genetic Algorithm Supporting Drone Taxi Landing in Ertiport | Doyeon Jung and Euiho Kim | 1392 - 1401 |
| Accounting for Magnetic Anomaly Map Artifacts in Magnetic Navigators | Aaron Nielsen, Jeremy Gray, Jonnathan Bonifaz | 1402 - 1412 |
| Gyroscope Drift Estimation of a GPS/MEMSINS Smartphone Sensor Integration Navigation System for Kayaking | Kelly Harke, Kyle O’Keefe | 1413 - 1427 |
| PNT Through Optimised LEO Constellation and INS | Harshal More, Roberto Gerardi, Cosimo Stallo, Mauro De Sanctis, Ernestina Cianca | 1428 - 1441 |
| Advances in Deterministic Approaches for Bounding Uncertainty and Integrity Monitoring of Autonomous Navigation | Jingyao Su and Steffen Schön | 1442 - 1454 |
| Performance Assessment of Fault Free Recursive ARAIM with High-Integrity Time-Correlated Measurement Error Models | Elisa Gallon, Samer Khanafseh, Boris Pervan, Mathieu Joerger | 1455 - 1466 |
| Design of Estimators with Integrity in the Presence of Error Model Uncertainty | Juan Blanch and Todd Walter | 1467 - 1480 |
| GNSS Pseudorange Fault Detection and Exclusion with Multiple Outliers | Jan Wendel | 1481 - 1495 |
| Modelling of EGNOS Navigation System Errors for Cat I Autoland | C. Milner, C. Macabiau, A. Gantelet, S. Prakasen, N. Tairo C. Manase, L. Azoulai, F. Tranchet | 1496 - 1513 |
| On the GNSS Augmentation Services for the ERTMS Train Control and Connected Car Applications: Technical Synergies and Opportunities | Francesco Rispoli, Alessia Vennarini, Alessandro Vizzarri, Roberto Capua, Alessandro Neri, Sam Pullen | 1514 - 1528 |
| Networked UAV Detection and Alerting of Ionospheric Anomalies within LADGNSS Navigation Framework | Gihun Nam, K. Andrew Sun, Jiyun Lee, Sam Pullen | 1529 - 1536 |
| Evaluation of Dual-Frequency Multi-Constellation PPP/INS Using QZSS Augmentation Data | Cheng-Wei Wang and Shau-Shiun Jan | 1537 - 1545 |
| A Dual-frequency Dual-constellation Ground Based Augmentation System Prototype with GPS L5 and BDS B2a | Yi-Ting Sung, Shau-Shiun Jan, Shuo-Ju Yeh | 1546 - 1554 |
| A Real-Time Anomaly Monitoring Method based on GLRT for Satellite Clock Offsets | Lin Zhao, Nan Li, Hui Li, Xue Liu, Wenzhen Peng | 1555 - 1566 |
| Assessment of ARAIM Availability in Brazilian Territory: Operational Evaluation for Civil Aviation | Glaucia Balvedi, Osamu Saotome, Joao Francisco Galera Monico | 1567 - 1575 |
| Flight Testing GBAS for UAV Operations | Michael Felux, Sophie Jochems, Philipp Schnüriger, Valentin Fischer, Patrick Steiner, Michael Jäger, Luciano Sarperi, Natali Cacciopoli | 1576 - 1588 |
| Ionospheric Effects on GNSS RTK | Uttama Dutta, Per Jarlemark, Carsten Rieck, and Jan Johansson | 1589 - 1598 |
| Robust Navigation for Urban Air Mobility via Tight Coupling of GNSS with Terrestrial Radionavigation and Inertial Sensing | Robert Tenny, Todd E. Humphreys | 1599 - 1609 |
| Getting The Best of Particle and Kalman Filters: GNSS Sensor Fusion using Rao-Blackwellized Particle Filter | Shubh Gupta, Adyasha Mohanty, and Grace Gao | 1610 - 1623 |
| Invariant EKF-based Cooperative Localization System Robust to Initial Heading Error | Jae Hong Lee, Seoung Yun Cho, Chan Gook Park | 1624 - 1630 |
| Evaluation of Invariant Extended Kalman Filters Applied to Multi-Sensor Land Vehicle Navigation in GNSS Challenging Environments | Paulo Ricardo Marques de Araujo, Emma Dawson, Mohamed Elhabiby, Sidney Givigi, Aboelmagd Noureldin | 1631 - 1649 |
| Adaptive Covariance Estimation of LiDARbased Positioning Error for Multi-Sensor Fusion Scheme with Autonomous Vehicular Navigation System | Surachet Srinara, Yu-Ting Chiu | 1650 - 1664 |
| Multi-sensor Fault Detection, Exclusion and Readmission | Birendra Kujur, Samer Khanafseh, Boris Pervan, Andrey Soloviev | 1665 - 1675 |
| GNSS Fault Detection and Mitigation using Android IMU | Dong-Kyeong Lee, Trey Taylor, Dennis M. Akos, Jeonghyeon Yun, Yongrae Jo, Byungwoon Park | 1676 - 1686 |
| Performance Evaluation of Left-/Right-invariant EKF According to Appropriate Model Selection | Jaehyuck Cha, Jeong Ho Hwang, Chan Gook Park | 1687 - 1693 |
| Multiple IMU Fusion Algorithm Comparison for Sounding Rocket Attitude Applications | M.A. Gómez, Laura Train García, Alberto Solera Rico, Ignacio Gómez-Pérez, and Eusebio Valero Sánchez | 1694 - 1705 |
| Multi-Epoch Kriging-Based 3D Mapping Aided GNSS using Factor Graph Optimization | Hoi-Fung Ng | 1706 - 1720 |
| Learning-Based Fusion of Multipath Assisted Positioning and Fingerprinting | Markus Ulmschneider, Christian Gentner, and Armin Dammann | 1721 - 1728 |
| Low RF-Based Navigation for Emergencies in Difficult Environments | W. P. Syam, D. Scott, A. Pérez Conesa, I. Rodríguez, M. López, E. Juan, R. T. Ioannidis | 1729 - 1745 |
| Optimizing High Precision RTK/PPK GNSS Algorithms Using Real-World Data | Jean-Baptiste Lacambre, Tim Barford,Nicolas Oudart, Patrick Lieffering, Guirec Morvant, Benoit Guyot | 1746 - 1759 |
| Navigation- and Energy-Aware UAV Trajectory Planning in a Windy Urban Environment | Maarten Uijt de Haag, Carola Ebert, Julien Weiss, and Flávio Silvestre | 1760 - 1774 |
| Urban Buildings Update Monitoring Based on Sky Visibility Estimation using GNSS and LEO | Haosheng Xu, Li-Ta Hsu | 1775 - 1783 |
| Tightly Coupled Inertial Visual GNSS Solution - Application to LIDAR Mapping in Harsh and Denied GNSS Conditions | Pierre Benet, Mourad Saidani, Alexis Guinamard | 1784 - 1794 |
| Algorithms for Mapping the Urban Signal Environment for Navigation of Ground Vehicle Operations | Emma Zeller, Kirsten Strandjord | 1795 - 1808 |
| The Evolution of the (Terrestrial) Navigator | Ilir F. Progri | 1809 - 1830 |
| Avoiding GNSS Kalman Filter Degradation in Urban Canyons with a Novel Process Noise Model | Yoji Takayama, Takateru Urakubo, and Hisashi Tamaki | 1831 - 1839 |
| Localization of Human Organs with VR Tracking System and Machine Learning Techniques for Medical Purpose | Lin Hall, Rui Wu, Shawn Moore, Andrew Ju, Richard T Dalyai, Zhen Zhu | 1840 - 1848 |
| Robust Particle Filter for Magnetic field-based Train Localization | Benjamin Siebler, Oliver Heirich, Andreas Lehner, Stephan Sand, Uwe D. Hanebeck | 1849 - 1858 |
| Magnetic Train Localization: High-Speed and Tunnel, Experiment and Evaluation | Oliver Heirich, Benjamin Siebler, Andreas Lehner, Thomas Strang, Stephan Sand | 1859 - 1863 |
| Accurate Magnetic Field Compensation in Large Platform Fields | Frederic Lathrop, Clark Taylor, Aaron Nielsen | 1864 - 1872 |
| Multisensor Localization Architecture for High-Accuracy and High-Integrity Land-based Applications | Omar García Crespillo, Anja Grosch, Patrick H. Adjroloh, Chen Zhu, Roberto Capua, Fabio Frittella, Ondrej Kutik | 1873 - 1889 |
| Observability Analysis of Opportunistic Receiver Localization with LEO Satellite Pseudorange Measurements | Ralph Sabbagh, Zaher M. Kassas | 1890 - 1901 |
| Diffraction Modeling for Improved 3DMA GNSS Urban Navigation | Anat Schaper, Fabian Ruwisch and Steffen Schön | 1902 - 1916 |
| Gravitational Acceleration Maps for Initialization and Ambiguity Resolution of Pulsar-Based PNT in Space | Kyle J. Houser Joel T. Runnels, Demoz Gebre-Egziabher | 1917 - 1932 |
| Performance Characterization for a Small-Aperture Radio-Frequency Pulsar Experiment | Ryan McKnight, Zachary Arnett, Brian C. Peters, Sabrina Ugazio | 1933 - 1941 |
| Context Adaptive GPS/GF-INS Integrated Navigation System | Jae Hoon Son, Sang Heon Oh, Dong-Hwan Hwang | 1942 - 1953 |
| 3D LiDAR Aided GNSS Real-time Kinematic Positioning via Coarse-to-fine Batch Optimization for High Accuracy Mapping in Dense Urban Canyons | Xikun Liu, Weisong Wen, Li-Ta Hsu | 1954 - 1965 |
| HD-Map-aided Pipeline for Absolute Visual-Based Positioning | Ahmed Zekry, Paulo Araujo, Mohamed Elhabiby, Aboelmagd Noureldin | 1966 - 1977 |
| Map Supported Train Localization | Andreas Wenz, Roman Ehrler, Sebastian Ohrendorf-Weiss | 1978 - 1988 |
| Multi-Sensor-Fusion Localization Assisted by PoleLike Objects in Long Range GNSS Degraded Environment | Yanhai Ma, Shuai Wang, Xudong Wang, Yongliang Wang | 1989 - 1998 |
| Radar/IMU Integration Using Visual Feature Matching | Mohamed Elkholy, Mohamed Elsheikh, Naser El-Sheimy | 1999 - 2010 |
| Surround Mask Aiding GNSS/LiDAR SLAM for 3D Mapping in the Dense Urban Environment | Mengchi Ai, Yiran Luo, Naser El-Sheimy | 2011 - 2019 |
| A Standardizeable Framework Enabling DME/DME to Support RNP | Okuary Osechas, Gianluca Zampieri, Brandon Weaver, Michael Felux, Christophe Dehaynain, Gerhard Berz, Valeriu Vitan, Maurizio Scaramuzza | 2020 - 2024 |
| Long Coherent Open-Loop GPS L5Q Signal Positioning: A Case Study for an Urban Area in Hong Kong | Chin Lok Tsang, Yiran Luo, Li-Ta Hsu | 2025 - 2041 |
| Multipath Rejection Using Multi-Correlator Based GNSS Receiver in Vector Tracking Loops | Christian Siebert, Andriy Konovaltsev, Michael Meurer | 2042 - 2053 |
| Lidar-aided Instantaneous GNSS Ambiguity Resolution in Challenging Environments: Theoretical Assessment and Numerical Results | Junjie Zhang | 2054 - 2063 |
| A GNSS Attitude Determination Algorithm Using Optimization Techniques on Riemannian Manifolds | Xing Liu, Tarig Ballal, Mohanad Ahmed, and Tareq Y. Al-Naffouri | 2064 - 2073 |
| Combining High Precision and Interference Resilient Positioning Using Spatial Filtering for Real-World Jamming Scenarios | Tobias Bamberg, Michael Meurer, Andriy Konovaltsev | 2074 - 2089 |
| Using TDCP Measurements in a Low-Cost PPP-IMU Hybridized Filter for Real-Time Applications | Anthony Guillard, Paul Thevenon, Carl Milner | 2090 - 2103 |
| Outlier Detection for 3D-Mapping-Aided GNSS Positioning | Qiming Zhong, Paul Groves | 2104 - 2126 |
| GNSS Multipath Detection Aided by Unsupervised Domain Adaptation | Remy Zawislak, Marcus Greiff, Kyeong Jin Kim, Karl Berntorp, Stefano Di Cairano, Mao Konishi, Kieran Parsons, Philip V. Orlik, and Yuki Sato | 2127 - 2137 |
| A Novel Model for Multipath Delay Estimation and Its Application to a Modified Optimized Position Estimation Algorithm | Nesreen I. Ziedan | 2138 - 2152 |
| An RF Front-End Optimal Selection Scheme for Reconfigurable Anti-Jamming Polarization-Sensitive Array with Application to GNSS | Yandong Sun, Jian Xie, Chuang Han, Ling Wang, Mingliang Tao | 2153 - 2162 |
| Development and Experimental Validation of a GNSS Receiver Simulator for Flight Missions in Hostile Environments | Federico Corraro, Giovanni Cuciniello, Ivan Iudice, Davide Ferraro, Giovanni Negro | 2163 - 2177 |
| Factor Graph Optimization for Tightly-Coupled GNSS Pseudorange/Doppler/Carrier Phase/INS Integration: Performance in Urban Canyons of Hong Kong | Weisong Wen, Li-Ta Hsu | 2178 - 2189 |
| Kalman Filter-Based GNSS Receiver Structure for Ionospheric Scintillation Mitigation Employing Radial Basis Function Networks | Rafael A. M. Lopes, Felix Antreich, Friederike Fohlmeister, Martin Kriegel, Helio K. Kuga | 2190 - 2201 |
| Towards Single Antenna Phase-Coherent INS-Beamforming to Enable RTK with Low-End Antennas | Jürgen Dampf, Mohamed Bochkati, Thomas Pany | 2202 - 2214 |
| Learning GNSS Positioning Corrections for Smartphones using Graph Convolution Neural Networks | Adyasha Mohanty and Grace Gao | 2215 - 2225 |
| Practical Approaches to Real-Time Position Accuracy Improvement of Android Smartphone Dual-Frequency GNSS | Jeonghyeon Yun, Cheolsoon Lim, Yongjun Lee, Suyeol Kim, Yongrae Jo, Byungwoon Park | 2226 - 2234 |
| Performance Assessment of Tightly Coupled Smartphone Sensors with Legacy and State Space Corrections | Garrett Seepersad, Jiahuan Hu, Sihan Yang, Ding Yi, and Sunil Bisnath | 2235 - 2255 |
| Application of Machine Learning to GNSS/IMU Integration for High Precision Positioning on Smartphones | Akpojoto Siemuri, Mahmoud Elsanhoury, Petri Välisuo, Heidi Kuusniemi, Mohammed S. Elmusrati | 2256 - 2264 |
| 3rd Place Winner: 2022 Smartphone Decimeter Challenge: An RTKLIB Open-Source Based Solution | Tim Everett | 2265 - 2275 |
| 1st Place Winner of the Smartphone Decimeter Challenge: Two-Step Optimization of Velocity and Position Using Smartphone’s Carrier Phase Observations | Taro Suzuki | 2276 - 2286 |
| Improving Smartphone PPP and RTK Performance Using Time-Differenced Carrier Phase Observations | Farzaneh Zangenehnejad, Yang Jiang, Yang Gao | 2287 - 2300 |
| Summary and Legacy of the Smartphone Decimeter Challenge (SDC) 2022 | Michael Fu, Mohammed Khider, Frank van Diggelen | 2301 - 2320 |
| 2nd Place Winner of the Smartphone Decimeter Challenge: Improving Smartphone GNSS Positioning Using Gradient Descent Method | Shubin Dai | 2321 - 2328 |
| Examining the Capabilities of Smartphone-Based High Precision Positioning in Challenging Suburban Environments | Abdelsatar Elmezayen, Mohamed Elsheikh, Umar Iqbal, Aboelmagd Noureldin | 2329 - 2338 |
| Real-time Factor Graph Optimization Aided by Graduated Non-convexity Based Outlier Mitigation for Smartphone Decimeter Challenge | Yihan Zhong, Weisong Wen, Hoi-Fung Ng, Xiwei Bai, Li-Ta Hsu | 2339 - 2348 |
| Single-Antenna Low Earth Orbit Signal Simulator for Hardware in the Loop Testing | Samuel McDougal, Samuel Morgan, Scott Martin | 2349 - 2361 |
| Proof-of-Concept of Dedicated Aerial 5G and GNSS Testbed for Enhanced Hybrid Positioning | José A. del Peral-Rosado, Patric Nolle, Fabian Rothmaier, Sara M. Razavi, Gustav Lindmark, Xiaolin Jiang, Deep Shrestha, Fredrik Gunnarsson, Sagar Parsawar, Rakesh Mundlamuri, Florian Kaltenberger, Niilo Sirola, Olli Särkkä, Uzair A. Noman, Juha Roström, Kim Vaarala, Pasi Miettinen, Stefano Garlaschi, Luca Canzian, Huseyin Babaroglu, Elizaveta Rastorgueva-Foi, Matias Turunen, Jukka Talvitie, Detlef Flachs | 2362 - 2376 |
| Hybridization of GNSS and 5G Measurements for Assured Positioning, Navigation and Timing | Alejandro Gonzalez-Garrido, Jorge Querol, Symeon Chatzinotas | 2377 - 2384 |
| Blind Receiver for LEO Beacon Estimation with Application to UAV Carrier Phase Differential Navigation | Sharbel E. Kozhaya and Zaher M. Kassas | 2385 - 2397 |
| LTE NLOS Navigation and Channel Characterization | Russ Whiton, Junshi Chen, Fredrik Tufvesson | 2398 - 2408 |
| Improved Outdoor Target Tracking via EKF-based GNSS/UWB Tight Integration with Online Time Synchronisation | Oliviero Vouch, Yihan Guo, Simone Zocca, Alex Minetto, Fabio Dovis | 2409 - 2422 |
| Calculating Lower Bounds within the PyTorch Framework | Lars Grundhöfer, Nis Meinert, Filippo Giacomo Rizzi, Stefan Gewies | 2423 - 2428 |
| A 5G/GNSS Integrated Positioning Method | Chengming Jin, Wee Peng Tay, Kai Zhao, Keck Voon Ling, and Kok Kee Sin | 2429 - 2443 |
| LTE Transmitter Location and Clock State Estimation: Simulated and Real Measurements Using the SSS and CRS Signals | Markel Arizabaleta-Diez, Muhammad Subhan Hameed, Thomas Pany | 2444 - 2463 |
| Performance Evaluation of Information Theoretic Criteria-based Path Number Estimators for Cellular-based Positioning with Dense Multipath | Pai Wang, Di He | 2464 - 2477 |
| Visibility of LEO Satellites under Different Ground Network Distributions | Kan Wang, Xuhai Yang, Ahmed El-Mowafy | 2478 - 2491 |
| Flow-Based Programming for Real-Time Multi-Sensor Data Fusion | Thomas Topp, Thomas Hobiger | 2492 - 2502 |
| DOP Analysis for a LEO Navigation Constellation that Relies on Doppler Shift and Pseudorange | Brian McLemore, Mark L. Psiaki | 2503 - 2524 |
| Unveiling Beamforming Strategies of Starlink LEO Satellites | Mohammad Neinavaie and Zaher M. Kassas | 2525 - 2531 |
| Geodetic Network Optimization Algorithm for Anchor Selection in Harsh Environments | Agnes Koller, Maximilian Schuh, Carlo Alberto Boano, Kay Romer, Klaus Witrisal | 2532 - 2545 |
| RTK-quality Positioning with Global PPP Corrections | Nacer Naciri | 2546 - 2562 |
| Network-Assistance to Improve Joint 5G and GNSS Positioning for GNSS Anti-Spoofing | Katrin Dietmayer, Phuong Bich Duong, J. Rossouw van der Merwe, Birendra Ghimire, Jochen Seitz | 2563 - 2572 |
| LEO Satellites for PNT, the Next Step for Precise Positioning Applications | A. González, Tobías, I. Rodriguez, P. Navarro, F. Sobrero, E. Carbonell, D. Calle, J. Fernández | 2573 - 2581 |
| 3D Ray Tracing Based BDS Multipath Characterization in Urban Canyons | Shaoqian Li, Rong Yang, Xingqun Zhan | 2582 - 2594 |
| Integer Ambiguity Resolution for Frequency-Varying Carrier Phase Signals: Theory and Numerical Results | A. Khodabandeh, P.J.G. Teunissen | 2595 - 2605 |
| Navigation Domain Multipath Characterization Using GNSS Direct Position Estimation in Urban Canyon Environment | Jihong Huang, Rui Sun, Rong Yang, Xingqun Zhan, Wantong Chen | 2606 - 2617 |
| Unsupervised Machine Learning Approach for Multipath Classification of NavIC Signals | Ashish K. Shukla, Shobhit Asimkumar Sinha | 2618 - 2624 |
| HASlib: An Open-Source Decoder for the Galileo High Accuracy Service | Oliver Horst, Martti Kirkko-Jaakkola, Tuomo Malkamäki, Sanna Kaasalainen, Ignacio Fernández-Hernández, Adrián Chamorro Moreno, Simón Cancela Díaz | 2625 - 2633 |
| Temperature-Induced Bias Variations of Multi-Frequency Receivers | A. Hauschild, M. Bradke, M. Ramatschi, S. Yudanov | 2634 - 2648 |
| Performance Assessment of GNSS RTK Positioning in Urban Environments: Outlier Detection versus 3DMA-FDE | Fabian Ruwisch and Steffen Schön | 2649 - 2663 |
| Kriging Based Weighting Model for Network RTK Coverage Expansion | Bu-Gyeom Kim, Changdon Kee, Donguk Kim | 2664 - 2678 |
| From Network to Rover: Near Real-Time PPP Solution with Ambiguity Resolution | P. Sarri, K. Y. Kouedjin, D. Gallego Maya, R. Zaid, A. Guinamard | 2679 - 2693 |
| Improving Integrity and Information Output on a Low-Cost GNSS Platform Using Machine-Learning Algorithms | Marco Mendonca, Altti Jokinen, Ryan Yang, Gary Hau, Yi-Fen Tseng | 2694 - 2700 |
| RTK Ambiguity Resolution Validation Using a Genetic Algorithm Approach | Marco Mendonca, Altti Jokinen, Ryan Yang, Gary Hau, Yi-Fen Tseng | 2701 - 2705 |
| A Method for Estimating the Positioning Accuracy of Vehicles in Urban Environments | Dan Gao, HongBo Zhao, Chen Zhuang | 2706 - 2717 |
| ARAIM Integrity Risk Allocation Over Time | Jingtian Du, Zhipeng Wang, Kun Fang, Yanbo Zhu, Zhiqiang Dan, Hongxia Wang, Xiao Li | 2718 - 2728 |
| Evaluation of QZSS Centimeter Level Augmentation System (CLAS): Open-Sky to Urban Environments and Geodetic to Low-Cost Receivers | Yize Zhang, Nobuaki Kubo, Sam Pullen | 2729 - 2750 |
| Generating Observable-Specific Signal Biases to Reconcile BDS B1/B2 and B1/B3 Phase Bias Products for All-Frequency PPP Ambiguity Resolution | Qiyuan Zhang, Qiang Wen, Jiang Guo | 2751 - 2766 |
| Global RTK Positioning in Graphical State Space | Yihong Ge, Sudan Yan, Shaolin Lü, Cong Li | 2767 - 2776 |
| Necessity and Modeling of the Satellite-Induced Elevation-Dependent Signal Anomalies for SBAS Integrity Monitoring | Xiang Wang, Xiaowei Cui, Gang Liu, Hangtian Qi, Mingquan Lu | 2777 - 2789 |
| Novel Composite Clock Algorithm for the Generation of Galileo Robust Timescale | P. Roldan, S. Trilles, X. Serena, A. Tajdine | 2790 - 2799 |
| RTK and PPK Solutions with a Short Baseline Assisted with Random Sample Consensus | Zhen Zhu, Nicholas Hill, Angela Krebs, Eric Vinande, Jason Pontious | 2800 - 2809 |
| Weighting Strategy of Observations for Kinematic Multi-GNSS PPP/PPP-AR Using Residual Approach | Hideki Yamada, Saya Matsushita, Masato Okeya, Satoshi Kogure, Tomoji Takasu | 2810 - 2821 |
| Camera-Based Pose Estimation for Fixed-Wing UAVs During Cooperative Landing Maneuvers | Christoph Hebisch, Sven Jackisch, Dieter Moormann, and Dirk Abel | 2822 - 2834 |
| Cooperative sUAV Swarm Navigation for Urban Infrastructure Monitoring | Maarten Uijt de Haag and Mats Martens | 2835 - 2848 |
| Precise Relative Positioning Using the CodeDoppler Smoothing Method and the Extended Kalman Filter of Android Smartphone | Dana Park, JinHyeok Jang, Jiyeon Woo, SangKyung Sung, Young Jae Lee | 2849 - 2859 |
| Optimal Combination of Multi-Agent Smartphone GNSS Observations for Improved Collaborative Positioning in Urban Areas | Lucy Icking and Steffen Schön | 2860 - 2870 |
| Pseudo-Measurements in a Decentralized Cooperative Localization | Eduardo Gutierrez, Cagri Kilic, and Jason N. Gross | 2871 - 2882 |
| Collaborative Signal of Opportunity Doppler Navigation with Inverse Covariance Intersection | Christian D. Moomaw, Scott M. Martin | 2883 - 2894 |
| Simultaneous Localization and Calibration for Radio Navigation on the Moon: Results from an Analogue Mission | Robert Pöhlmann, Emanuel Staudinger, Siwei Zhang, and Armin Dammann | 2895 - 2904 |
| GNSS Multipath Detection Using Multi-Band Collaborative Code Delay Tracking Loops | Jiawei Xu, Rong Yang, Xingqun Zhan, Y. Jade Morton | 2905 - 2917 |
| Crowd-Based Localization of Sources of Interferences using Android Smartphones | Michael Niestroj, Marius Brachvogel, Michael Meurer | 2918 - 2926 |
| Cooperative and Coordinated Localization of Swarm Robots using Adaptive Boids Rules | Trevor Smith, Eduardo Gutierrez, Jonas Amoama Bredu, Yu Gu, Jason Gross | 2927 - 2940 |
| SIR Particle Filter in Float Solution with Map-Aiding Algorithm | Rene Manzano-Islas, Kyle O’Keefe | 2941 - 2953 |
| A Simple and Effective Approach to Real-Time Ionospheric Monitoring for GBAS in Low Latitudes | Leonardo Marini-Pereira, Alison de Oliveira Moraes, Sam Pullen | 2954 - 2969 |
| Assessment of Detection, Identification and Adaptation (DIA) Procedure with DGPS Considering Occurrences of Ionospheric Bubbles and Intense Scintillation | Clodoaldo de S. Faria Jr, João F. Galera Monico, Alison Moraes, Bruno C. Vani | 2970 - 2979 |
| Ionospheric Scintillation Effects on Signals Transmitted from LEO Satellites | Y. Jade Morton, Dongyang Xu, Yu Jiao | 2980 - 2988 |
| Investigating Possible Causes of the Nighttime Ionospheric Localized Enhancement (NILE) via Data Assimilation | Jiahui Hu, Sarah E. McDonald, Aurora López Rubio, Alex Chartier, Gary S. Bust, Seebany Datta-Barua | 2989 - 3001 |
| Detecting Traveling Ionospheric Disturbances with LSTM Based Anomaly Detection | Fiona Luhrmann, Jihye Park, Weng-Keen Wong, Forrest Corcoran, Caitlyn Lewis | 3002 - 3011 |
| Can Numerical Simulations of Equatorial Plasma Bubble Plume Structures be Simplified for Operational and Practical Usage? | Rezy Pradipta, Charles S. Carrano, Keith M. Groves, Patricia H. Doherty | 3012 - 3021 |
| Correlation Analysis of ROTI, S4c and S4 During Ionospheric GNSS Scintillation | Zenghui Shi, Haiyang Fu, Jiayu Ma, Denghui Wang, Shaojun Feng | 3022 - 3030 |
| Fast Convergence Algorithm of Precise Point Positioning Towards Smartphones and its Application in the Urban Environment | Jiale Wang, Fu Zheng, Chuang Shi, Yong Hu, Yu Xue, Qingcheng Li, Wenyue Chao | 3031 - 3044 |
| Investigating the PLL Tuning Effects on Receiver Tracking Performance Under High and Low Latitude Ionospheric Scintillation with an SDR BDS Receiver | Yixin Wei, Zhipeng Wang, Kai Guo, Kun Fang, Hongxia Wang, Hailong Chen | 3045 - 3058 |
| Ionospheric Anomaly and GNSS Positioning Responses to the January 2022 Tonga Volcanic Eruption | Xiaojia Chang, Kai Guo, Zhipeng Wang, Kun Fang, Hongxia Wang, Hailong Chen | 3059 - 3072 |
| MONITORtoolbox - Software Tool for the Analysis of Ionospheric Scintillation Data from the ESA Monitor Network | Sergi Locubiche-Serra, Alejandro Pérez-Conesa, Diego Fraile-Parra, Gonzalo Seco-Granados, José A. López-Salcedo, Juan M. Parro-Jiménez, Raúl Orús-Pérez | 3073 - 3086 |
| Short-Term Prediction of Ionospheric 3D Electron Density in Low Latitude Region Based on LSTM Neural Network | Yun Sui, Haiyang Fu, Denghui Wang, Yi Zhao, Shaojun Feng, Feng Xu, Yaqiu Jin | 3087 - 3097 |
| Study on Nonlinear Modeling Method of Local Weighted Average Temperature in Poyang Lake Region | Cong Huang, Hang Guo, Min Yu, Jian Xiong, Min Wan | 3098 - 3111 |
| Survey on Signal Processing Techniques for GNSS Ionospheric Scintillation Mitigation | António Negrinho, Pedro Boto, Marta Cueto, Mikael Mabilleau, Claudia Paparini, Ettore Canestri | 3112 - 3126 |
| Temporal and Spatial Distribution of Phase Scintillation and GNSS Positioning Errors in Northern Canada During the 2017 September Geomagnetic Storms | Kai Guo, Zhipeng Wang, Yanbo Zhu, Kun Fang, Zhiqiang Dan, Hongxia Wang | 3127 - 3138 |
| The Grid-based Regional Slant Ionospheric Model with Sufficient Corrections | Sijie Lyu, Yan Xiang, Xingyu Chen, Wenxian Yu | 3139 - 3149 |
| Validation of Ionospheric Anomaly Monitor for DFMC GBAS under Disturbed Ionospheric Conditions | Susumu Saito, Takayuki Yoshihara, Tim Murphy, Matt Harris, Glaucia Balvedi, Gary McGraw, Joel Wichgers, Linda Lavik, Morten Topland, Mutaz Tuffaha | 3150 - 3159 |
| Hypercomplex Representation and Processing of GNSS Signals | Daniele Borio | 3160 - 3179 |
| GNSS Software Defined Radio: History, Current Developments, and Standardization Efforts | Dennis Akos, Javier Arribas, M. Zahidul H. Bhuiyan, Pau Closas, Fabio Dovis, Ignacio Fernandez-Hernandez, Carles Fernández–Prades, Sanjeev Gunawardena, Todd Humphreys, Zaher M. Kassas, José A. López Salcedo, Mario Nicola, Thomas Pany, Mark L. Psiaki, Alexander Rügamer, Young-Jin Song, Jong-Hoon Won | 3180 - 3209 |
| Multimodal Learning for Reliable Interference Classification in GNSS Signals | Tobias Brieger, Nisha Lakshmana Raichur, Dorsaf Jdidi, Felix Ott, Tobias Feigl, J. Rossouw van der Merwe, Alexander Rugamer, and Wolfgang Felber | 3210 - 3234 |
| Snapshot RTK with Galileo PRS: A Feasibility Analysis | Cillian O’Driscoll, Heike Dorner, Belen Castel, Daniel Rubino, Alexander Rügamer, Wolfgang Felber | 3235 - 3248 |
| Application of Super Resolution Correlation to Multipath Mitigation in an L5 Channel | Norman Krasner, Paul McBurney | 3249 - 3269 |
| A Neon SIMD Intrinsic Library for GNSS Software Defined Radio Receivers | Damian Miralles, Mark Kane | 3270 - 3282 |
| Enhancing the Capability of a COTS GNSS Signal Simulator via an Interface to a Software-based Signal Generator | Hepzibah Ernest, Thomas Pany, Daniel Sanroma, Sowmyashree Lakshmaiah | 3283 - 3293 |
| Wideband Calibration Including Baseband Delays for an Array of Spatially Distributed Subarrays | Marius Brachvogel, Michael Niestroj, Michael Meurer | 3294 - 3304 |
| Characteristics of a Mass Market GNSS Receiver Using Signals in the E5 Band | Paul McBurney, Norman Krasner, Dominic Farmer, Chang Row, Lalit Daita, and Nagaraj Shivaramaiah | 3305 - 3332 |
| GNSS Receiver Developed on a SDR Platform Withstands High Accelerations and Speeds | M.A. Gómez, David Galindo, Javier Arribas, Carles Fernández-Prades | 3333 - 3339 |
| Improving GNSS Positioning by De-noising Consecutive Correlator Outputs Using Graph Fourier Transform Filtering | Yiran Luo, Naser El-Sheimy | 3340 - 3348 |
| Noncoherent Code Discriminator Gains for GNSS Signal Tracking | Ryan S. Cassel | 3349 - 3368 |
| SBAS Signal Authentication | Brady O’Hanlon, Joseph J. Rushanan, Christopher Hegarty, Jason Anderson, Todd Walter, Sherman Lo | 3369 - 3377 |
| Optimal Authentication Staggering Groups for Chimera | Michael C. Esswein and Mark L. Psiaki | 3378 - 3392 |
| Operating Modes and Performance Evaluation of Galileo Assisted Commercial Authentication Service | Rafael Terris-Gallego, José A. López-Salcedo, Gonzalo Seco-Granados, Ignacio Fernandez-Hernandez | 3393 - 3407 |
| Time Synchronization for TESLA-based GNSS-enabled Systems | Jason Anderson, Sherman Lo, Todd Walter | 3408 - 3417 |
| Geolocation of Terrestrial GNSS Spoofing Signals from Low Earth Orbit | Zachary Clements, Patrick Ellis, Mark Psiaki, and Todd E. Humphreys | 3418 - 3431 |
| Application of Virtual Arrays in GNSS Interference Mitigation: First Results | Gabriel Wiggins, Scott Martin | 3432 - 3442 |
| Complex Cross Ambiguity Function Post-Decomposition Spoofing Detection with Inverse RAIM | Sahil Ahmed, Samer Khanafseh, Boris Pervan | 3443 - 3462 |
| Stress Testing of a Low-Cost GNSS RFI Monitor | Nicolas Roberto San Miguel, Yu-Hsuan Chen, Sherman Lo, Todd Walter, Dennis Akos | 3463 - 3478 |
| Demonstrating and Improving the Performance of a GNSS Dual Polarization Antenna (DPA) for Spoof Detection in Flight | Sherman Lo, Yu Hsuan Chen, Fabian Rothmaier, Todd Walter | 3479 - 3496 |
| Exploiting Acquisition Measurements and Spatial Processing for Improved GNSS Spoofing Detection and Classification with Snapshot Receivers | J. Rossouw van der Merwe, Anja Roas, David Contreras Franco, Katrin Dietmayer, Alexander Rügamer, and Wolfgang Felber | 3497 - 3527 |
| Detection and Localization of GPS Interference Source Based on Clock Signatures | Joseph B. Smith, Joshua M. Wood, Scott M. Martin, Connor Brashar | 3528 - 3540 |
| Exploiting GNSS Array Processing to exclude Non-Line-Of-Sight Signals in a Real-Time Vector Tracking Algorithm | Philipp Rudnik, Lothar Kurz | 3541 - 3554 |
| A Robust and Fast Method for Spoofing Discrimination and Direction-Finding Based on Short Baseline Rotating Dual Antennas | Hao Wang, Xiaoming Zhang, Ziheng Zhou, Zhiyuan Chen, Mingquan Lu, Hong Li | 3555 - 3569 |
| Identification of Authentic GNSS Signals in Time-Differenced Carrier Phase Measurements with a Software Defined Radio | Zhen Zhu, Sanjeev Gunawardena | 3570 - 3579 |
| Prototype Development of a Flexible Covert Spoofer Using Measurement Information from LiDAR and AHRS | Minghan Zhong, Xiaoming Zhang, Weiyu Gao, Mingquan Lu, Hong Li | 3580 - 3591 |
| Robust Innovation-Based Spoofing Detection Method Against UE Maneuver in an INS/GNSS Integrated Navigation System | Yuhang Yang, Chao Sun, HongBo Zhao, Liyuan Zhang, Lu Bai | 3592 - 3602 |
| Snapshot Acquisition of GNSS Signals in Space: a Case Study at Lunar Distances | Andrea Nardin, Alex Minetto, Oliviero Vouch, Margherita Mariani, Fabio Dovis | 3603 - 3617 |
| Improved Modeling of the Solar Radiation Pressure for the Sentinel-6 MF Spacecraft | Alex Conrad, Penina Axelrad, Shailen Desai, Bruce Haines | 3618 - 3631 |
| Precise Relative Positioning in MEO to Support Science Missions | Ramin Moradi, Maria Manzano Jurado, Jaime Fernández Sánchez, Manuel Martín-Neira | 3632 - 3645 |
| Autonomous Satellite System Synchronization Schemes via Optical Two-Way Time Transfer and Distributed Composite Clock | Christian Trainotti, Manuele Dassié, Gabriele Giorgi, Amir Khodabandeh, Christoph Günther | 3646 - 3661 |
| Validation of Kepler Time and Frequency Transfer on a Terrestrial Range of 10.45km | Janis Surof, Juraj Poliak, Raphael Wolf, Luca Macri, Ramon Mata Calvo, Ludwig Blümel, Pablo Dominguez, Gabriele Giorgi, Laura Agazzi, Johann Furthner, Christoph Günther | 3662 - 3670 |
| Spaceborne Coherent GNSS Reflection Signal Processing over Complex Terrain | Yang Wang, Y. Jade Morton | 3671 - 3676 |
| Detection and Mitigation of Radio Frequency Interference in GNSS-R Data | Kahn-Bao Wu, Y. Jade Morton, Clara Chew | 3677 - 3688 |
| Identification of Meteotsunami through GNSS Traveling Ionospheric Disturbance Observations | Pin-Hsuan Cheng, Jade Morton, Sebastijan Mrak, Koichi Chen | 3689 - 3700 |
| Haleakala Mountaintop GNSS-R Experiment: First Year Assessment | Brian Breitsch | 3701 - 3706 |
| PODCAST: Precise Orbit Determination Software for LEO Satellites | Kevin Gutsche, Thomas Hobiger, Stefan Winkler, Bayram Stucke | 3707 - 3719 |
| Emergency Warning Utilizing Next-Generation PPP-RTK Service | Yuki Sato, Norizumi Motooka, Seigo Fujita, Rui Hirokawa and Kenji Nakakuki, Maxim Keshin, Satoshi Ikari and Shin-ichi Nakasuka | 3720 - 3730 |
| Real-time Detection and Localization of GNSS Interference Source | Zixi Liu, Sherman Lo, Todd Walter, Juan Blanch | 3731 - 3742 |
| Interferences in Safety Critical Land Transport Application: Notch Filtering vs Wavelet Transform, an Experimental Analysis | Syed Ali Kazim, Juliette Marais, Nourdine Aït Tmazirte | 3743 - 3757 |
| Theoretical Evaluation of the GNSS Synchronization Performance Degradation under Interferences | Lorenzo Ortega, Jordi Vilà-Valls, Eric Chaumette | 3758 - 3767 |
| GPS Spoofing-Resilient Filtering with Chimera and Self-Contained Odometry | Tara Mina, Ashwin Kanhere, Akshay Shetty, and Grace Gao | 3768 - 3782 |
| Exotic FMCW Waveform Mitigation with an Advanced Multi-Parameter Adaptive Notch Filter (MPANF) | J. Rossouw van der Merwe, Iñigo Cortés, Fabio Garzia, Alexander Rügamer, and Wolfgang Felber | 3783 - 3819 |
| A Monitor for Correlated Kalman Filter Innovations | Tucker Haydon, Connor Brashar | 3820 - 3832 |
| Test and Measurements from a Global Navigation Satellite System (GNSS) Monitoring System | Benon Gattis, Dennis Akos, Pierre-Antoine Kosmala, Maxime Olivier, Yu-Hsuan Chen, Sherman Lo, Todd Walter | 3833 - 3847 |
| Investigation on the Actual Robustness of GNSS-based Timing Distribution Under Meaconing and Spoofing Interferences | Alex Minetto, Brendan D. Polidori, Marco Pini, Fabio Dovis | 3848 - 3862 |
| Impact of Terrestrial Emitters on Civil Aviation GNSS Receivers | Guillaume Novella, Christophe Macabiau, Axel Garcia-Pena, Anaïs Martineau, Philippe Estival, Pierre Ladoux, Olivier Troubet-Lacoste | 3863 - 3887 |
| Assessment of RFI Geolocation Using Modern Android Smartphones | Søren Skaarup Larsen, Daniel H. Olesen, Anna B. O. Jensen, Benjamin Büll Elsholm, Lars Stenseng | 3888 - 3906 |
| Automatic Classification of RFI Events From a Multi-Band Multi-site GNSS Monitoring Network | Anja Diez, Aiden Morrison, Nadezda Sokolova | 3907 - 3914 |
| Characterization of LTE Jamming and its Impact on GPS Receivers | Dmitry Kuznetsov | 3915 - 3924 |
| Exploration of Unintentional GNSS RFI Sources: Causes, Occurrence Rates, and Predicted Future Impact | Nicolai Gerrard, Anders Rødningsby, Aiden Morrison, Nadezda Sokolova, Christian Rost | 3925 - 3934 |
| Performance Analysis of a Software-Defined Radio BDS B2a Receiver in the Presence of DME Interference | Siqi Huang, Yanbo Zhu, Zhipeng Wang, Kai Guo, Kun Fang, Xiao Li, Qiang Li | 3935 - 3946 |
| Signal Quality Monitoring Aspects in GNSS Signals Affected by Evil Waveforms | António Negrinho, Pedro Boto, Pedro Fernandes, Vítor Mendonça, Fernando Nunes, Fernando Sousa | 3947 - 3958 |
