| Title | Author | Pages |
|---|
| Set-Based Position Ambiguity Reduction Method for Zonotope Shadow Matching in Urban Areas Using Estimated Multipath Errors | Sanghyun Kim and Jiwon Seo | 1 - 10 |
| Utilization of 3DMAP to Enhance RTK-GNSS in Challenging Environments | Kaito Kobayashi, Ellarizza Fredeluces, and Nobuaki Kubo | 11 - 22 |
| Visual Segmentation for Autonomous Aircraft Landing on Austere Runways | Alissa Owens, Clark Taylor, and Scott Nykl | 23 - 36 |
| A High-Efficiency Doppler Frequency Parallel Acquisition Method Based on A-GPS | Qiongqiong Jia and Yuchen Zhao | 37 - 46 |
| Ambiguity-Resolved Positioning Performance in Interferometric Systems: Can Constraining Phase Biases Play a Decisive Role? | Amir Khodabandeh, Songfeng Yang, and Peter J.G. Teunissen | 47 - 59 |
| Research on Bluetooth/MIMU Integrated Navigation Algorithm Based on Factor Graph Optimization | Meng gang Sheng, Jiajia Lu, Xiaowen Cai, Yangzhuo Chen, Zhiqiang Yao, Daifeng Zhang, Deyi Peng, Xiaona Guo, Kang Chen, and Wenwen Zhang | 60 - 68 |
| Event-Based Vision and Factor Graph-Based Approach for Sensor Geolocation from Observations of an Orbiting Satellite | Kaleb Nelson, Clark Taylor, and Rachel Oliver | 69 - 79 |
| Reducing Computational Complexity of Rigidity-Based UAV Trajectory Optimization for Real-Time Cooperative Target Localization | Halim Lee and Jiwon Seo | 80 - 87 |
| Time Transfer Performance of the Broadcast Positioning System™ (BPS™) | Tariq I. Mondal, Jeffrey A. Sherman, and David A. Howe | 88 - 97 |
| On the Feasibility of a Carrier Phase-Based Velocity Solution from LEO Satellites | Zhen Zhu, Sanjeev Gunawardena, Eric Vinande, and Jason Pontious | 98 - 106 |
| Accuracy Analysis and Simulation of Angle of Arrival Estimation in 5G Positioning | Zihao Li, Yanhong Kou, Chao Sun, Honglei Qin, and Tian Jin | 107 - 121 |
| Integrating LEO Satellite Signal Doppler Measurements and DME/VOR for enhanced GNSS-Free Positioning and Fault Detection | Jiyu Liu, Kun Fang, Xiaowei Lan, and Kelin Zhong | 122 - 138 |
| Leveraging 5G-NR and DVB-S2X for Positioning in LEO-NTN | Harshal More, Francesco Menzione, Ottavio M. Picchi, Mauro De Sanctis, and Ernestina Cianca | 139 - 150 |
| A Method of Estimating Residual Bending Error in GNSS-RO Absolute TEC | Jaehee Chang, Andrew K. Sun, Jihyeok Park, Jiyun Lee, and Jade Morton | 151 - 160 |
| Machine Learning Classification of Ionosphere and RFI Disturbances in Spaceborne GNSS Radio Occultation Measurements | Tim Dittmann, Yu Jade Morton, and Hyeyeon Chang | 161 - 176 |
| Isolation of Ionospheric Events in GNSS Phase Scintillation Observations in the Arctic | Sarah S. Beeck, Daniel H. Olesen, and Cathryn N. Mitchell | 177 - 188 |
| The G4 Solar Storm of May 2024: Impact on the GNSS Carrier-Phase Measurements | Giovanni Cappello, Ciro Gioia, Antonio Angrisano, Gabriele Portelli, and Salvatore Gaglione | 189 - 199 |
| Effects of Unknown Radio Frequency Interferences on Ionospheric Scintillation Monitoring in Urban Environments | Weilin Gong, Kai Guo, Zhipeng Wang, and Yiming Wang | 200 - 210 |
| Impact of Ionospheric Disturbances on NIC and NACp Degradation in ADS-B Messages | Toru Takahashi, Anurak Pongpeaw, Susumu Saito, Tadashi Koga, Pornchai Supnithi, and Jirapoom Budtho | 211 - 215 |
| Preliminary Results of Nearshore Ice and Water Level Monitoring in Arctic Using Single Antenna Ground-Based Reflectometry | Althaf Azeez, Jihye Park, and Andrew Mahoney | 216 - 228 |
| Time-Domain Modeling And Prediction of Global Ionospheric Total Electron Content: Applications of Attention Mechanisms | Xingyu Liu, Yufei Wang, Kunlin Yang, and Yang Liu | 229 - 242 |
| Gaussian Bounding for Multivariate Distributions with an Application to GNSS Integrity | Juan Blanch, Rebecca Wang, and Todd Walter | 243 - 252 |
| Terrestrial Navigation Alternatives to Support PBN for Current and Future Aviation | Okuary Osechas and Gary McGraw | 253 - 267 |
| Offline Covariance Prediction for Lidar-Based Map-Matching in Autonomous Systems | Hadi S. Wassaf, Jonathon Poage, and Jason H. Rife | 268 - 289 |
| Investigation on New Fuzzing Techniques to Address Navigation System Testing | Nina Haag, Christophe Ouzeau, Lotfi Fejri, Patrick Bartolone, Antoin Blais, and Daniel Prun | 290 - 304 |
| From Ground to Air: The Paradigm Shift in GBAS Monitoring and Its Benefits | Michael Felux and Michael Nietlispach | 305 - 317 |
| Initial Considerations About Alternative Approaches for Sigma Ground Processing in GAST E | Michael Nietlispach and Michael Felux | 318 - 330 |
| Enhancing Availability of SS-RAIM Based CDGNSS Using Integer Aperture Bootstrapping | Dongchan Min and Jiyun Lee | 331 - 342 |
| Protecting Against Receiver Faults to a PPP Ground-Based Integrity Monitor System | Yu-Fang Lai, Juan Blanch, and Todd Walter | 343 - 358 |
| Time-Differenced Carrier Phase Based Integrity Monitoring in Urban Environment | Hojoon Jeong, Chandon Kee, and Junsesol Song | 359 - 369 |
| Approach to Utilizing SFMC SBAS Message for Dual-frequency Users to Enable Universally Applicable SBAS | Jina Lee, Yongrae Jo, Byungwoon Park, and Donguk Kim | 370 - 377 |
| Development and Evaluation of a Multi-constellation Multi-frequency GBAS Prototype for Air Navigation | Felipe Tintino Linhares de Souza, Weverton da Costa Silva, Crislaine Menezes da Silva, Italo Tsuchiya, and João Francisco Galera Monico | 378 - 400 |
| Evaluation of NovAtel's Jamming and Spoofing Detection and Mitigation Capabilities During Jammertest2024 | Ali Broumandan, Ali Pirsiavash, Isabelle Tremblay, and Sandy Kennedy | 401 - 413 |
| Real-World Spoofing Detection and Characterization Using Low-Cost Receivers | Argyris Kriezis, Yu-Hsuan Chen, Dennis Akos, Sherman Lo, and Todd Walter | 414 - 424 |
| Observations of GNSS Spoofing in Russia in 2023-2024 | Sherman Lo, Zixi Liu, Lyla Ibrahim, Yu Hsuan Chen, and Todd Walter | 425 - 442 |
| Navigating Interference - Examining In-Flight GNSS Spoofing Patterns and Signal Disruptions | Michael Felux, Valentin Fischer, Sophie Jochems, Benoit Figuet, Raphael Monstein | 443 - 452 |
| Combining ADS-B, LCM and DPA to Detect and Locate the Interference in a Massive GNSS Jammer Test | Yu-Hsuan Chen, Zixi Liu, Argyris Kriezis, Sherman Lo, and Todd Walter | 453 - 463 |
| Real-Time Multi-Constellation Navigation Message Authentication for Enhanced GNSS Security | Xifeng Wen, Tor Melgård, Roel de Vries, Erik Vigen, and Armine Panosyan | 464 - 478 |
| Authentication of GPS Modernized Signals Using TESLA Chimera | Michael H. Cole, James T. Gillis, Rachel I. Allen, and Albert H. Hayden | 479 - 493 |
| Towards a Trustworthy Position Solution; OSNMA Authentication and the use of Multi-Constellations | Annemarie van Zwol, Heiko Engwerda, and Kjeld van der Linden | 494 - 501 |
| A Low Complexity Implementation of the MLE-Based GNSS Anti-Spoofing Method | Xiaoxuan Xu, Hong Li, and Mingquan Lu | 502 - 520 |
| A New Method for AOA Estimation and TDOA/AOA Joint Localization of GNSS Spoofer | Mingxiu Chen, Yanhong Kou, Yiwei Wang, and Chun Wang | 521 - 541 |
| Co-Frequency Interference and Suppression of GBAS VDB and VOR/ILS Based on the Fast Independent Component Analysis | Ziqi He, Hongxia Wang, Kun Fang, and Xiao Li | 542 - 553 |
| Detection and Identification of Inauthentic Signals Based on the Frequency Drift of the GNSS Receiver Clock | Zhen Zhu, Sanjeev Gunawardena, Mark Carroll, Nathan Pax, Eric Vinande, and Jason Pontious | 554 - 561 |
| Consumer INS Coupled with Carrier Phase Measurements for GNSS Spoofing Detection | Tore Johansson, Marco Spanghero, and Panos Papadimitratos | 562 - 578 |
| Performance of Optimal INS Monitor Against Live Spoofing | Birendra Kujur, Samer Khanafseh, and Boris Pervan | 579 - 589 |
| Evaluation for BDSBAS Single-Frequency Service Assisted by Data Authentication | Xiaoshuang Li, Kun Fang, Hongwen Wang, Shujing Wang, and Zhipeng Wang | 590 - 603 |
| An Analysis of Inter-Satellite Link Topologies in Future GNSS Constellations: Operational Constraints and Figures of Merit | Giulia Schievano, Gabriele Giorgi, and Grzegorz Michalak | 604 - 614 |
| Modernizing C/A Code | Philip A. Dafesh, Gourav K. Khadge, and Jason W. Zheng | 615 - 631 |
| Development of a Robust Positioning Method for Unknown Radio Sources Using Satellite Constellations | Hirofumi Fukushima, Toshihiro Ito, and Yuki Takabayashi | 632 - 645 |
| Accuracy Degradation Rate of LEO Satellite Predicted Orbits Using Different POD Methods | Jiawei Liu, Kan Wang, Beixi Chen, Ahmed El-Mowafy, Amir Allahvirdi-Zadeh, and Xuhai Yang | 646 - 657 |
| Research on Trusted Positioning, Navigation, and Timing: Concept, Framework and Perspective | Shuren Guo, Lei Chen, Xiao Chen, Weiguang Gao, Hongliang Cai, Hong Yuan, and Xiang Tian | 658 - 673 |
| GNSS-Based Spaceborne Inverse VLBI for Cislunar Autonomous Navigation | Chun Yang, Andrey Soloviev, and Khanh Pham | 674 - 696 |
| Localization of Ad-Hoc Lunar Constellations in Communication Failure Modes for Distributed Spacecraft Autonomy | Yeji Kim, Brian Kempa, Caleb Adams, Richard Levinson, and Jeremy Frank | 697 - 711 |
| The Design of a Flexible, Interoperable Navigation Signal for Future Lunar Missions | Philip A. Dafesh, Nathan Wong, Gourav K. Khadge, Goran Djuknic, Juan Crenshaw, Brian C. Peters, Cheryl Gramling, Floor Melman, Cosimo Stallo, Richard Swinden, and Masaya Murata | 712 - 731 |
| Design of Navigation Satellite Constellation for Global Lunar PNT | Minjae Kang, Hojoon Jeong, Jaeuk Park, and Changdon Kee | 732 - 741 |
| High Precision Spacecraft Landing on the Moon Through Lunar Satellite Navigation Systems and Local Ultra-Wideband Positioning Network | Danim Jung and Euiho Kim | 742 - 756 |
| Robust Precise on Board Orbit Determination Exploiting T-RAIM for LEO-PNT | F. Menzione, C. Gioia, A. Piccolo, S. Casotto, and M. Bardella | 757 - 769 |
| Clock Transfer and Positioning Method in Cislunar Space by Innovative Hybrid Device | Shingo Nishimoto and Junichiro Kawaguchi | 770 - 783 |
| Predicted Orbit Determination Performance of a Lunar Navigation System: Utilizing Inter-Satellite Measurements with Batch and EKF Estimation | Sungik Kim, Jisung Oh, and Byungwoon Park | 784 - 804 |
| IONO4HAS, a Real-Time Ionospheric Model for Galileo High Accuracy Service, SL2. Results and Validation | José M. Juan, Cristhian C. Timote, Jaume Sanz, Adria Rovira-Garcia, Guillermo González-Casado, Angela Aragon-Angel, Yu Yin, Jorge García-Mateos, Raül Orús-Pérez, and Ignacio Fernández-Hernández | 805 - 818 |
| Recent Updates of Multi-GNSS Advanced Demonstration Tool for Orbit and Clock Analysis (MADOCA) | Kento Ichinomiya, Yo Kawashima, Musashi Kato, Nobuhiro Kajiwara, Kuniharu Endo, Kyohei Akiyama, Kaori Kawate, Yuki Igarashi, and Toshitaka Sasaki | 819 - 828 |
| MADOCA-PPP/INS Tightly Coupled Integration Based on RTKLIB for Moving Vehicles | Hideki Yamada, Saya Matsushita, Keito Yoshida, Fuya Ezuka, Tatsuya Nagano, and Satoshi Kogure | 829 - 839 |
| Evaluating the Performance of Low-Cost PPPRTK Using Fugro’s NextG4 Service | Dennis Odijk, Xianglin Liu, Yahya Memarzadeh, and Artur Oruba | 840 - 853 |
| An Architecture for Seamless Handover of PPP-RTK Corrections Across Redundant Networks | Cheolmin Lee, Sulgee Park, and Sanghyun Park | 854 - 862 |
| Design Strategies for RTK Systems for Universal Application in Various Fields | Yongrae Jo and Byungwoon Park | 863 - 871 |
| Optimizing High-Rate Scintillation Data Downlinks in Radio Occultations | Tibor Durgonics, Paul Strauss, Margaret Chen, Endawoke Yizengaw, Jun Wang, Dominic Fuller-Rowell, and Tzu-Wei Fang | 872 - 884 |
| Novel Shortened Polar Codes for GNSS L1C Subframes 2 and 3 | Nuwan J. G. Kankanamge, Nghi H. Tran, Khanh Pham, Dan Shen, and Genshe Chen | 885 - 895 |
| The Synthetic Meta-Signal Observations: A Multipath Resistance Assessment | Giovanni Cappello, Ciro Gioia, Antonio Angrisano, and Salvatore Gaglione | 896 - 905 |
| Detection and Mitigation of NLOS and Multipath Effects Using Multi-Task Learning | Ellarizza Fredeluces and Nobuaki Kubo | 906 - 913 |
| Analysis of Doppler Frequency and Doppler Frequency Rate Characteristics for Vehicular GNSS Receivers in Urban Environments | Zhihang Qu, Yong Li, Wenhui Yang, and Daifang Huang | 914 - 927 |
| Design of Dual-Mode DPE Receiver Based on GPS L1/BDS B1C Signals | Qiongqiong Jia and Qiqi Guo | 928 - 936 |
| Preliminary Assessment of BDS-3 B1 and B2 Wideband Multiplexed Signal in Enhancing Ranging and Positioning Performance | Jiahe Chen, Yunhan Qi, Caoming Fan, Zheng Yao, and Mingquan Lu | 937 - 949 |
| Increasing Positioning Accuracy in Urban Environments Using Radar-Based Point Clouds | Zheng Yu Lang, Emma Dawson, Paulo Ricardo Marques de Araujo, and Aboelmagd Noureldin | 950 - 960 |
| Improving GNSS Performance with Fish-eye Camera Integration and Robust Kalman Filter | Arunima Das and Patrick Henkel | 961 - 975 |
| A High Availability Inertial-Vision Data Fusion Using an ES-KF for a Civil Aircraft During a Precision Approach in a GNSS-Challenged Environment | Gabriel Thys, Christophe Macabiau, Julien Lesouple, Jérémy Vezinet, Anaïs Martineau, and Raphaël Jarraud | 976 - 991 |
| Aircraft Taxi Guidance and Positioning Method Based on Onboard Forward View Cameras | Shuguang Zhang, Hongwu Liu, Hongxia Wang, Kun Fang, and Kelin Zhong | 992 - 1007 |
| PF-LIO: Tightly-Coupled Lidar-Inertial Odometry Based on Plane Fusion | Daifang Huang, Yong Li, Wenhui Yang, and Zhihang Qu | 1008 - 1019 |
