| Title | Author | Pages |
|---|
| A Novel Real-time Multipath Mitigation Algorithm for BeiDou GEO Satellites based on the Spacecraft Reflection Model | Peng Wu, Baowang Lian, Haowei Xu | 1 - 14 |
| National Spatial Reference System Access in 2022 | Daniel Roman | 15 - 19 |
| VBOC1(alpha) GMGM Waveforms and ACF PSO: Part 2--Theory and Simulations | Ilir F. Progri | 20 - 50 |
| Evaluation and Comparison of GNSS Navigation Algorithms including FDE for Urban Transport Applications | Ni Zhu, Juliette Marais, David Bétaille, Marion Berbineau | 51 - 69 |
| Quantifying the Response of Extended Kalman Filters to Measurement Faults | Steven E. Langel and Kevin S. Martin | 70 - 91 |
| New 3D-Mapping-Aided Approach for User Integrity Monitoring in Urban Environments using a Nonparametric Positioning Errors Modeling | N. Kbayer and M. Sahmoudi | 92 - 104 |
| Smartphone Orientation Tracking Algorithm for Pedestrian Navigation | Maan E. Khedr, and Naser El-Sheimy | 105 - 115 |
| Particle Filter and Clustering Based Robust Positioning Algorithm in the WiFi Weak Signal Environment | Beomju Shin, Bosun Yu, Jaewon Bang, Jeahun Kim, Taikjin Lee | 116 - 122 |
| Precise Orbit and Baseline Determination for the SAOCOM-CS Bistatic Radar Mission | O. Montenbruck, G. Allende-Alba, J. Rosello, M. Tossaint, F. Zangerl | 123 - 131 |
| Developing a Robust, Interoperable GNSS Space Service Volume (SSV) for the Global Space User Community | Frank H. Bauer, Joel J. K. Parker, Bryan Welch, Werner Enderle | 132 - 149 |
| G-SPHERE-S GNSS: New GNSS Receiver for Operational Orbit Restitution of MICROSCOPE Satellite | Thomas Junique, Romain Mathieu, David Pascal, Pierre-Yves Guidotti, Yves Andre, Philippe Bataille | 150 - 161 |
| The Influence of Atmosphere on GNSS Signals for High Altitude Orbit and Lunar Mission | Guoliang Sun and Rui Fan | 162 - 169 |
| Characterization of GLONASS Broadcast Clock and Ephemeris: Nominal Performance and Fault Trends for ARAIM | Kazuma Gunning, Todd Walter, Per Enge | 170 - 183 |
| Initial Results of a Multi-Constellation ARAIM Airborne Prototype | Juan Blanch, R. Eric Phelts, Yu-Hsuan Chen, Per Enge | 184 - 209 |
| Analysis of Advanced RAIM Performance Degradation Caused by Integrity Support Message Parameter Errors and Neglecting Nominal Bias Errors | Young C. Lee and Brian Bian | 210 - 225 |
| A Novel Markov Model for the Computation of the Continuity Risk in Maritime Applications | Giulio Franzese, Ilaria Martini, Letizia Lo Presti | 226 - 247 |
| RAIM and AUKF for GNSS Performance Enhancement in Multi-Constellation | F. C. Meng, X. Meng, L. Tao, J. R. Sun, Z. Niu, B. C. Zhu | 248 - 264 |
| GNSS Environment for BDS Based ARAIM | Bohao Zhao,Rui Xue, Peng Zhao, and Yanbo Zhu | 265 - 273 |
| RAIM Performance Enhancement for GNSS Receiver Aided By Low-cost SINS | Siyuan Tan and Bocheng Zhu | 274 - 283 |
| Augmenting Navigation Systems of Micro Aerial Vehicles with a Hybrid Laser-Camera Sensor | Jamal Atman, Manuel Popp, Gert F. Trommer | 284 - 291 |
| Vanishing Point/vehicle Motion Constraints Aided Ground Vehicle Navigation | Zhenbo Liu, Naser El-Sheimy, Chunyang Yu, Yongyuan Qin | 292 - 300 |
| Spacecraft Relative Navigation Using Appearance Matching and Sensor Fusion | Christopher R. McBryde and E. Glenn Lightsey | 301 - 312 |
| An Airborne LiDAR/INS Integrated Navigation Algorithm based on Fuzzy Controlled SIFT | Haowei Xu, Baowang Lian, Charles K. Toth, Dorota Grejner-Brzezinska | 313 - 326 |
| Performance of Ship’s Heading Autonomous Integrity Monitoring using Multi-Compass | Kazumichi Oi, Yuji Okutomi, Shigeyuki Okuda, Masatoshi Shimpo, and Yasuo Arai | 327 - 334 |
| Code and Carrier Tracking for Spectrally Asymmetric Signals | Thomas Pany and Chun Yang | 335 - 346 |
| Pinch the Correlation Function: A Method to Improve Delay Estimation in Multipath | Chun Yang and Andrey Soloviev | 347 - 364 |
| The Code Phase Error Compensation Technique in GNSS Receivers | Zhibin Luo, Jicheng Ding, Lin Zhao, Mouyan Wu | 365 - 387 |
| An Optimizing Combined Unambiguous Correlation Functions for BOC Signals Tracking | Tian Li, Jiaolong Wei, Zuping Tang, Zhihui Zhou, Boyi Wang | 388 - 400 |
| Performance Evaluation of LQG based Optimal GNSS Tracking Loop using Non-linear Measurements | Sanghoon Jeon, Minhuck Park, Beomju Shin and Changdon Kee, Chongwon Kim, Hyoungmin So, Jaegyu Jang, Kihoon Lee and Kiwon Song | 401 - 417 |
| Characterization of Timing and Pseudorange Biases Due to GNSS Front-End Filters by Type, Temperature, and Doppler Frequency | Justin M. Guerrero and Sanjeev Gunawardena | 418 - 444 |
| Analysis of Multi-GNSS PPP Initialization using Dual- and Triple-frequency Data | John Aggrey and Sunil Bisnath | 445 - 458 |
| An Improved Multi-frequency Carrier Phase Ambiguity Resolution | Xiaoying Gu and Bocheng Zhu | 459 - 463 |
| GPS/BDS/GLONASS Real-Time Precise Point Positioning using RCTM-SSR for Kinematic Maritime Positioning | Fuxin Yang, Liang Li, Lin Zhao, Jin Chen | 464 - 473 |
| Novel VPPP Algorithms with Multiple Antennas and Attitude Estimation | A. Mouri, G. Okuda, Y. Kubo and S. Sugimoto | 474 - 491 |
| Extension of EWF Threat Model and Associated SQM | Olivier Julien, Ikhlas Selmi, Jean-Baptiste Pagot, Jaron Samson, Francisco Amarillo Fernandez | 492 - 507 |
| Catalog and Description of GPS and WAAS L1 C/A Signal Deformation Events | Karl W. Shallberg, Swen D. Ericson, Eric Phelts, Todd Walter, Karl Kovach, Eric Altshuler | 508 - 520 |
| High-Fidelity Signal Deformation Analysis of the Live Sky GLONASS Constellation using Chip Shape Processing | Mark Wireman, Sanjeev Gunawardena, Mark Carroll | 521 - 535 |
| Geometric Approximations of Heavy-Tail Effects for Chi-Square Integrity Monitors | Jason H. Rife and John Scott Parker | 536 - 561 |
| Test Statistic Auto- and Cross-correlation Effects on Monitor False Alert and Missed Detection Probabilities | Boris Pervan, Samer Khanafseh, and Jaymin Patel | 562 - 590 |
| Bounding GPS L1 Antenna Group Delay Variation for GNSS Landing System Integrity | Matt Harris, Matt Miltner, Tim Murphy, Anurag Raghuvanshi, Frank van Graas | 591 - 605 |
| Method to Reduce the Influence of Abnormal Meteorological Conditions for MCDF GBAS | Zhipeng Wang, Pumin Xin, Yanbo Zhu, Taosheng Wang | 606 - 618 |
| Efficiency Improvement of the Current SBAS System by Removal of RRC and Fast Correction | Cheolsoon Lim, Byungwoon Park, Changdon Kee | 619 - 626 |
| Performance of EGNOS in North-East European Latitudes | Mohammad Zahidul H. Bhuiyan, Heidi Kuusniemi, Auryn Soderini, Salomon Honkala, and Simo Marila | 627 - 636 |
| DOT GPS Adjacent Band Compatibility Assessment Test Results | Stephen Mackey, Hadi Wassaf, Karen Van Dyke, Christopher Hegarty, Karl Shallberg, John Flake and Terence Johnson | 637 - 661 |
| GNSS Spoofing, Jamming, and Multipath Interference Classification using a Maximum-Likelihood Multi-Tap Multipath Estimator | Jason N. Gross and Todd E. Humphreys | 662 - 670 |
| A More Accurate Evaluation of GPS C/A Code Self-Interference Considering Critical Satellites | AJ Van Dierendonck, Sai Kalyanaraman, Christopher J. Hegarty, Karl Shallberg | 671 - 680 |
| Use of APNT to Protect GNSS-Based RNP Services from International and Unintentional RF Interference | Okuary Osechas, Santiago Perea, Boubeker Belabbas, Michael Meurer | 681 - 692 |
| Results of an Interference Detection and Localization System Operation in an Airport | D.W. Lim, S. Chun and M.B. Heo, J.H. Lee and S.J. Lee | 693 - 704 |
| Interference Testing of the 1st Adjacent-channel of the Ground-Based Augmentation System (GBAS) and the Very High Frequency (VHF) Omni-Directional Radio Ranges (VOR) | Ernest Etienne, Victor Hinton, Leonixa Salcedo, Mark Dickinson, Shelly Beauchamp, Christopher Jones | 705 - 713 |
| A Multiple-Antenna Software GPS Signal Simulator for Rapid Testing of Interference Mitigation Techniques | Russell Powell, Joshua Starling, and David Bevly | 714 - 729 |
| Effect of Inter-system Biases Estimation for Mixed GPS-BeiDou on Ambiguity Resolution | Nobuaki Kubo, Hiroko Tokura, Sam Pullen | 730 - 744 |
| On the Performance of a Low-cost Single-frequency GPS+BDS RTK Positioning Model | Robert Odolinski, Peter J.G. Teunissen | 745 - 753 |
| Long Baseline GPS+BDS RTK Positioning with Partial Ambiguity Resolution | Andreas Brack | 754 - 762 |
| A New Approach for NRTK with Precise Ionosphere Model in Local Region | Zhao Jiaojiao, Li Zishen, Wang Liang, Qu Jianghua, Yuan Hong | 763 - 772 |
| A Novel Geometry-free and Geometry-based Combined TCAR Method: Preliminary Performance Analysis for BeiDou System | Chun Jia, Liang Li, Lin Zhao, Zeyu Xin | 773 - 781 |
| A Loosely Coupled Decentralized Cooperative Navigation for Team of Mobile Agents | Jianan Zhu and Solmaz S. Kia | 782 - 804 |
| Collaborative Autonomous Vehicles with Signals of Opportunity Aided Inertial Navigation Systems | Joshua J. Morales, Joe Khalife and Zaher M. Kassas | 805 - 818 |
| Factor Graphs-Based Multi-Robot Cooperative Localization: A Study of Shared Information Influence on Optimization Accuracy and Consistency | Laith R. Sahawneh, Kevin M. Brink | 819 - 838 |
| Continuity Risk of Feature Extraction for Laser-Based Navigation | Mathieu Joerger and Boris Pervan | 839 - 855 |
| Optical Flow Based Approach for Vision Aided Inertial Navigation Using Regression Trees | M.M. Mostafa, A.M. Moussa and Naser El-Sheimy, Abu B. Sesay | 856 - 865 |
| Nonlinear Control with Adaptive Control Allocation for a Quadrotor with Tiltable Rotors | Georg Scholz and Gert F. Trommer | 866 - 878 |
| Towards a Practical Single Element Null Steering Antenna | Yu-Hsuan Chen, Fabian Rothmaier, Dennis Akos, Sherman Lo and Per Enge | 879 - 889 |
| GNSS Spoofing Detection based on Correlator Outputs Stationarity Monitoring | Huiqi Tao, Hong Li, Fengkui Chu, Mingquan Lu, Peng Liu | 890 - 897 |
| Performance Analysis of Spoofing Signal Ratio for Receiver-Spoofer | Zhou Meng, Liu Ying, Xie Lin, Li Hong, Lu Mingquan, and Liu Peng | 898 - 911 |
| GNSS Spoofing Detection Ability of a Loosely Coupled INS/GNSS Integrated Navigation System for two Integrity Monitoring Methods | Yang Liu, Qiangwen Fu, Zhenbo Liu, Sihai Li | 912 - 921 |
| Counteracting the Effects of GNSS Jamming in a Maritime Multi-Target Scenario by Fusing AIS with Radar Data | Gregor Siegert, Pawel Banys, Julian Hoth, Frank Heymann | 922 - 932 |
| APNT for GNSS Spoof Detection | Peter F. Swaszek, Richard J. Hartnett and Kelly C. Seals | 933 - 941 |
| An Anti-spoofing Method Based on Doppler Positioning | Fengkui Chu, Hong Li, Jian Wen, Hailing Wu, Mingquan Lu | 942 - 956 |
| Error Analysis of Carrier Phase Positioning Using Controlled Reception Pattern Array Antennas | Joshua Starling and David M. Bevly | 957 - 970 |
| Ionospheric Scintillation Effects on GPS Pseudorange and Carrier Phase Measurements and an Adaptive Algorithm to Limit Position Errors during Scintillation | Greg Myer, Yu (Jade) Morton, Brian Schipper | 971 - 988 |
| On the Use and Performance of New Galileo Signals for Ionospheric Scintillation Monitoring over Antarctica | Rodrigo Romero, Nicola Linty, Calogero Cristodaro, Fabio Dovis, Lucilla Alfonsi | 989 - 997 |
| GBAS Ionosphere Monitoring and Assessment Based on GPS Data in Beijing Area | Zhipeng Wang, Shujing Wang, Yanbo Zhu, Taosheng Wang | 998 - 1007 |
| Simultaneous Observations of the Effects of Ionospheric Scintillations on GPS and EGNOS Signals over Equatorial Africa | A.O. Akala, O.A. Arowolo, P.H. Doherty | 1008 - 1023 |
| Towards Re-Creating Real-World Ionospheric Scintillation Events in a Spirent Simulator-Based Robust PNT Test Framework | Talini Pinto Jayawardena, Guy Buesnel, Cathryn N. Mitchell, Richard Boyles, Biagio Forte, Robert J. Watson | 1024 - 1032 |
| Tropospheric Delays for Ground-to-Air Radio Links | Shrivathsan Narayanan, Okuary Osechas and Christoph Günther | 1033 - 1048 |
| SBAS Ionospheric Correction with Minimalization of the Ionospheric Threat | Takeyasu Sakai, Mitsunori Kitamura, Takahiro Aso, and Kazuaki Hoshinoo | 1049 - 1056 |
| A Portable Tactical Field Sensor Array for an Infrasound Direction-Finding and Positioning System | John P. McIntire, Duy K. Nguyen, Eric T. Vinande, and Frederick C. Webber | 1057 - 1066 |
| Relative Position Estimates from Terahertz Observables | John Scott Parker and Jason H. Rife | 1067 - 1082 |
| Self Building World Models for Navigation | Aaron Canciani and John Raquet | 1083 - 1110 |
| Differential and Rubidium Disciplined Test Results from an Iridium-Based Secure Timing Solution | Stewart Cobb, David Lawrence, Gregory Gutt, and Michael O’Connor | 1111 - 1116 |
| Robust Vector Tracking Loop for Carrier Phase Signals with Separate Estimation of Common and Single Channel Errors | J. Marçal, F. Nunes, F. Sousa | 1117 - 1128 |
| Design and Performance Evaluation of an Adaptive Hybrid Coherent and Non-coherent GNSS Vector Tracking Loop | Mouyan Wu, Jicheng Ding, Lin Zhao, Yingyao Kang, Zhibin Luo | 1129 - 1146 |
| A Temporal Algorithm for Satellite Subset Selection in Multi-Constellation GNSS | Peter F. Swaszek, Richard J. Hartnett, Kelly C. Seals, Rebecca M. A. Swaszek | 1147 - 1159 |
| Automatic GPS Phase Scintillation Detector Using a Machine Learning Algorithm | Yu Jiao, John Hall and Yu (Jade) Morton | 1160 - 1172 |
| Correlator Beamforming for Multipath Mitigation in High-Fidelity GNSS Monitoring Applications | Sanjeev Gunawardena, John Raquet and Mark Carroll | 1173 - 1188 |
| FUNNEL: Filtering Using Neural Networks for Exactness and Leanness | Alexandr Draganov | 1189 - 1195 |
| MTLL Comparison of Unambiguous Tracking Algorithms | Boyi Wang, Jiaolong Wei, Zuping Tang, Tian Li | 1196 - 1205 |
| Initial Results of MF-DGNSS R-Mode as an Alternative Position Navigation and Timing Service | Gregory W. Johnson, Peter F. Swaszek, Michael Hoppe, Alan Grant and Jan Safar | 1206 - 1226 |
| Demand-based Placement of LDACS Ground Stations to Achieve RNP 0.3 Accuracy for APNT | Rachit Kumar, Giuseppe Battista and Okuary Osechas | 1227 - 1241 |
| Temperature Variation Effects on The Stochastic Performance of Smartphones Sensors Using Allan Variance and Generalized Method of Wavelet Moments | Ahmed Radi, You Li and Naser El-Sheimy | 1242 - 1255 |
| Comparative Results for Positioning with Secondary Synchronization Signal versus Cell Specific Reference Signal in LTE Systems | Kimia Shamaei, Joe Khalife, and Zaher M. Kassas | 1256 - 1268 |
| Indoor Localization using Region-based Convolutional Neural Network | Haowei Xu, Zoltan Koppanyi, Charles K. Toth, Dorota Brzezinska | 1269 - 1279 |
| Novel Crowdsourced Fingerprint Database Update Strategy Using Clustering and Pattern Matching Techniques | Boseon Yu, Bumju Shin, Jaewon Bang, Taikjin Lee | 1280 - 1286 |
| Celestial Aided Inertial Navigation by Tracking High Altitude Vehicles | Mark S. Kim, Scott J. Pierce, Kevin M. Brink | 1287 - 1301 |
| Adaptive Blanking as an Innovative Signal Enhancer for GNSS Receivers | Francis Soualle and Mathieu Cattenoz | 1302 - 1315 |
| Modified Code Tracking Loop Aided by Short Multipath Insensitive Code Loop Discriminator | Xu Weng, Yanhong Kou | 1316 - 1329 |
| Robust Outlier Mitigation in Multi-Constellation GNSS-based Positioning for Waterborne Applications | José A. Pozo-Pérez, Daniel Medina, Iván Herrera-Pinzón, Anja Heßelbarth, Ralf Ziebold | 1330 - 1343 |
| Benefits of a Tightly-coupled GNSS/INS Real-Time Solution in Urban Scenarios and Harsh Environments | Gianluca Falco, Gianluca Marucco, Mario Nicola, Marco Pini | 1344 - 1359 |
| Constructive Use of MP/NLOS bias of GNSS Pseudoranges: Performance Analysis by Type of Environment | N. Kbayer, M. Sahmoudi | 1360 - 1368 |
| The Record and Replay Approach for GNSS Receiver Performance Assessment in Road Environment | Calogero Cristodaro, Fabio Dovis, Laura Ruotsalainen | 1369 - 1375 |
| Multipath Mitigation Using a Dual-Polarization Antenna—How Good Can We Get? | Lin Xie, Xiaowei Cui, Sihao Zhao and Mingquan Lu | 1376 - 1389 |
| Advanced Anti-Jam Indoor Adaptive GNSS Signal Acquisition: Part 1, Normal Distribution – Theory | Ilir F. Progri | 1390 - 1419 |
