| Title | Author | Pages |
|---|
| Satellite Navigation and Technology for Africa | Patricia H. Doherty | 1 - 10 |
| The Positioning System of the Brain | John O'Keefe | 11 - 33 |
| Demonstration of Cloud GNSS Signal Processing | V. Lucas-Sabola, G. Seco-Granados, J.A. López-Salcedo, J.A. García-Molina, M. Crisci | 34 - 43 |
| Accelerating GNSS Software Receivers | Carles Fernández-Prades, Javier Arribas, Pau Closas | 44 - 61 |
| FFT Algorithms Implementation for Real Time GNSS Receivers in Embedded Processors | Damian Miralles, James Huard, Nagaraj Channarayapatna Shivaramaiah, Dennis M. Akos, Ryan Blay | 62 - 69 |
| Implementation and Analysis of GNSS Software Receiver on Embedded CPU-GPU Heterogeneous Architecture | Kwi Woo Park, Woo Jin Jang, Chansik Park, Sunwoo Kim, Min Jun Lee | 70 - 76 |
| Exploiting Standardized Metadata for GNSS SDR Remote Processing: A Case Study | A. Favenza, N. Linty, F. Dovis | 77 - 85 |
| Computationally Efficient Direct Position Estimation via Low Duty-Cycling | Yuting Ng, Grace Xingxin Gao | 86 - 91 |
| Simultaneous Frequency Search with a Randomized Dirichlet Kernel for Fast GPS Signal Acquisition | Chun Yang, Andrey. Soloviev, Michael Veth, Erik Blasch | 92 - 102 |
| Open-Loop Tracking of GNSS Signals at Audio Processing Rates | C.R. Benson, S.U. Qaisar | 103 - 106 |
| Acquisition Performance Comparison of New Generation of GNSS BOC-modulated Signals | Myriam Foucras, Ulrich Ngayap, Fayaz Bacard, Bertrand Ekambi | 107 - 119 |
| GNSS SDR Based on Multi-channel Multi-Band Multi-System RFFE IC | Dmitri Tcherniakovski, Konstantin Veprev, Nikolai Filippov, Anastasiya Tsikhamirava | 120 - 127 |
| Optimal Navigation with Multi-constellation GNSS: A Satellite Selection Algorithm | An-Lin Tao, Shau-Shiun Jan | 128 - 139 |
| Satellite Selection in Multi-GNSS Positioning | Yahao Cheng, Johann Dambeck, Florian Holzapfel | 140 - 151 |
| Single Frequency GPS/BDS Precise Positioning Algorithm for Low-cost Receivers | Xiang Zuo, Yuanjun Chen, Chenggang Li, Guofu Pan, Xiaoyu Shi | 152 - 158 |
| Demonstrated Interference Detection and Mitigation with a Multi-frequency High Precision Receiver | Feng Gao, Sandy Kennedy | 159 - 170 |
| INS Aided Multi-GNSS Robust Positioning with Centralized and Distributed Fusion Algorithm | Baoyu Liu, Xingqun Zhan, Maolin Chen | 171 - 179 |
| Potential Limitations of RAIM in Assured Navigation | Jyh-Ching Juang | 180 - 185 |
| Computationally Efficient Unscented Kalman Filtering Techniques for Launch Vehicle Navigation using a Space-borne GPS Receiver | Sanat K. Biswas, Li Qiao, Andrew G. Dempster | 186 - 194 |
| Performance Evaluations of an Equatorial GPS Amplitude Scintillation Detector Using a Machine Learning Algorithm | Yu Jiao, John Hall, Yu (Jade) Morton | 195 - 199 |
| Enhanced Multi-GNSS PVT Solution When Using Chip Scale Atomic Clocks | T. Krawinkel, S. Schön | 200 - 208 |
| Advanced Replica Transformation & Storage (ARTS) for Fourier Correlation Techniques | Andrew Richardson, Michael Turner, David DeCastro Galan, Michael Batiste | 209 - 216 |
| Effects of Jamming on the Accuracy of GPS Position Solutions in an Experimental Set-up | Patrick Oonincx, Barend Lubbers | 217 - 222 |
| Effective Utilization of Space Service Volume through Combined GNSS | Arunkumar Rathinam, Andrew G. Dempster | 223 - 227 |
| Multi-Constellation GNSS: New Bounds on DOP and a Related Satellite Selection Process | Peter F. Swaszek, Richard J. Hartnett, Kelly C. Seals | 228 - 235 |
| Band-limiting and Dispersive Effects on High Order BOC Signals | Cillian O'Driscoll, José Ángel Ávila-Rodríguez, Rigas Ioannides | 236 - 248 |
| Adaptive Multi-hypothesis Vector Tracking System – Design and Implementation | Malek O. Karaim, Mohamed Youssef, Tashfeen B. Karamat, Aboelmagd Noureldin | 249 - 256 |
| A Modified Viterbi Decoder for Joint Data-Recovery and Cycle-Slip Correction | James T. Curran, | 257 - 264 |
| Comparison Between AGC Control and Statistical Based Methods for Low Power Interference Detection | M. Pini, B. Motella, L. Lo Presti | 265 - 274 |
| Interference Mitigation Using a Dual-Polarized Antenna in a Real Environment | Matteo Sgammini, Stefano Caizzone, Andreas Iliopoulos, Achim Hornbostel, Michael Meurer | 275 - 285 |
| Limits of Narrowband Interference Mitigation Using Adaptive Notch Filters | J. Wendel, Frank M. Schubert, A. Rügamer, S. Taschke | 286 - 294 |
| Reduced Multipath Channel Modelling Preserving Representative GNSS Receiver Testing | F. Ribaud, M. Ait-Ighil, S. Rougerie, J. Lemorton, O. Julien, F. Pérez-Fontan | 295 - 303 |
| Effective Satellite Selection Methods for RTK-GNSS NLOS Exclusion in Dense Urban Environments | H. Tokura, N. Kubo | 304 - 312 |
| On the Threat of Systematic Jamming of GNSS | James T. Curran, Michele Bavaro, Pau Closas, Monica Navarro | 313 - 321 |
| Carrier Phase Tracking and Navigation Message Demodulation Approach for Vector Tracking Loops using Serial PLL | Sihao Zhao, Xiaowei Cui, Mengdi Jia, Zheng Yao, Mingquan Lu | 322 - 327 |
| Combined Satellite Selection Algorithm and Road Model for GNSS in Constrained Environments | Yun-En Lee, An-Lin Tao, Shau-Shiun Jan | 328 - 334 |
| Self-contained Calibration Determination by Jointly Solving the Attitude Estimation and Calibration Problem | S. Zorn, M. Niestroj, M. Meurer | 335 - 342 |
| A Multi-band GNSS Signal Sampler Module with Open-Source Software Receiver | Nagaraj C. Shivaramaiah, Dennis M. Akos, Kunlun Yan | 343 - 352 |
| Correlator Beamforming for Multipath Mitigation at Relatively Low Cost: Initial Performance Results | Sanjeev Gunawardena, John Raquet, Mark Carroll | 353 - 363 |
| High-Performance GNSS Antennas with Phase-Reversal Quadrature Feeding Network and Parasitic Circular Array | Ning Yang, Jerry Freestone | 364 - 372 |
| Performance Evaluation of High Sensitivity GNSS Techniques in Indoor, Urban and Space Environments | E. Domínguez, A. Pousinho, P. Boto, D. Gómez-Casco, S. Locubiche-Serra, G. Seco-Granados, J. A. López-Salcedo, H. Fragner, F. Zangerl, O. Peña, D. Jiménez-Baños | 373 - 393 |
| Opportunistic Use of Metropolitan RF Beacon Signals for Urban and Indoor Positioning | Chun Yang, Andrey Soloviev, Michael Veth, Di Qiu | 394 - 403 |
| Performance Evaluation of VDFLL Architecture for a Dual Constellation L1/E1 GNSS Receiver in Challenging Environments | Enik Shytermeja, Axel Garcia-Pena, Olivier Julien | 404 - 416 |
| An Optimized Acquisition Scheme with Half Interleaving Code Patterns in a QZSS LEX Single Frequency Receiver | Huiben Zhang | 417 - 426 |
| A New Tracking Loop Scheme for High Dynamics Real-Time GNSS Receivers with Hardware Correlators | Pedro A. Roncagliolo, Javier G. García | 427 - 435 |
| Complexity Reduction for High Sensitivity Acquisition of GNSS Signals with a Secondary Code | Jérôme Leclère, René Jr Landry | 436 - 443 |
| Subcarrier Aided Code Tracking of High Order BOC Signals | Cillian O'Driscoll, José Ángel Ávila-Rodríguez, Rigas Ioannides | 444 - 458 |
| 4-channel Multiband All GNSS compliant RF Front End IC: Bringing Professional Level Equipment to Mass Market | Dmitri Tcherniakovski, Igor Antonov, Andrei Kolotkin, Aliaksandr Kavaleuski | 459 - 469 |
| A Performance Analysis of Optimal Combinations for Beidou Triple-frequency Observations | Leizheng Shu, Ran Ding, Huabo Wei, Wenbin Wang | 470 - 477 |
| A Design of Improved Multipath Vector Tracking Loop Based on the Blind Equalizer | Dengao Li, Chong Han, Jumin Zhao, Wenhui Niu, Gang Wu | 478 - 485 |
| A Galileo E6-B/C Receiver: Signals, Prototype, Tests and Performance | E. Göhler, I. Krol, M. Bodenbach, J. Winkel, G. Seco-Granados, I. Fernandez-Hernandez | 486 - 496 |
| Codeless Code Tracking of BOC Signals | Cillian O'Driscoll, James T. Curran | 497 - 508 |
| A Self-Adaptive Fast Direct Acquisition Approach for Long PN Code in the High Dynamic Circumstance | Wang Ningyuan, Feng Wenquan, Zhao Hongbo, He Zhijun | 509 - 520 |
| Multipath and NLOS Signals Identification and Satellite Selection Algorithms for Multi-Constellation Receivers | Nesreen I. Ziedan | 521 - 533 |
| Intelligent Urban Positioning using Shadow Matching and GNSS Ranging Aided by 3D Mapping | Mounir Adjrad, Paul D. Groves | 534 - 553 |
| Dynamics-based System Noise Adaption of an Extended Kalman Filter for GNSS-only Kinematic Processing | Geo Boffi, Andreas Wieser | 554 - 563 |
| A Joint Acquisition Algorithm Based on Primary Code and Secondary Code for GNSS Signals | Zhen Liu, Zheng Yao, Jiayi Zhang, Mingquan Lu, Yongjun Zhao | 564 - 569 |
| The NRCan PPP Service: Towards Fast Convergence | Simon Banville | 570 - 592 |
| Some Issues Still in the Way to Ultimate Precision | Oscar Colombo | 593 - 607 |
| Think Globally, Act Locally: Challenges of an Australian PPP-RTK Service | Stavros Melachroinos | 608 - 620 |
| The Ascent and Realities of PPP | Sunil Bisnath | 621 - 632 |
| Increasing the Availability of High Accuracy Positioning | Sandra Kennedy | 633 - 637 |
| High-accuracy Positioning Solutions and Services - Technology and Applications | Rodrigo Leandro | 638 - 647 |
| High Accuracy GNSS Positioning: Ubi Fuimus? Ubi Sumus? Quo Vadimus? | Richard Langley | 648 - 671 |
| DCB Estimation Based on Uncombined PPP | Yan Xiang | 672 - 681 |
| Ionospheric Storms of Solar Cycle 24 and their Impact on the WAAS Ionospheric Threat Model | Lawrence Sparks, Eric Altshuler | 682 - 690 |
| Ionosphere Ray-Tracing of RF Signals and Solution Sensitivities to Model Parameters | Mark L. Psiaki | 691 - 705 |
| Real-time Ionosphere Monitoring by Three-dimensional Tomography Over Japan | Susumu Saito, Shota Suzuki, Mamoru Yamamoto, Chia-Hun Chen, Akinori Saito | 706 - 713 |
| Assessing Ionospheric Scintillation Effects for Future GNSS Radio Occultation Missions | Maryam Najmafshar, Susan Skone | 714 - 724 |
| Plug and Play Sensor Fusion for Lane-Level Positioning of Connected Cars in GNSS-Challenged Environments | Andrey Soloviev, Michael Veth, Chun Yang | 725 - 732 |
| Reliable RTK Positioning with Tight Coupling of 6 Low-Cost Sensors | Patrick Henkel, Houcem Hentati | 733 - 741 |
| Context Determination for Adaptive Navigation using Multiple Sensors on a Smartphone | Han Gao, Paul D. Groves | 742 - 756 |
| Terahertz (THz) Interferometry for Bearing Angle Measurement | John Scott Parker | 757 - 769 |
| Decentralized Filtering for Automatic Reconfiguration of Integrated Navigation Systems | Inchara Lakshminarayan, Demoz Gebre-Egziabher | 770 - 778 |
| High Precision Localisation in Customised GNSS Receiver for Railway Applications | M. Breuer, T. Konrad, D. Abel | 779 - 787 |
| Robust Positioning from Visual-Inertial and GPS Measurements | Urs Niesen, Venkatesan N. Ekambaram, Jubin Jose, Lionel Garin, Xinzhou Wu | 788 - 793 |
| Scale and 2D Relative Pose Estimation of two Rovers using Monocular Cameras and Range Measurements | Chen Zhu, Gabriele Giorgi, Christoph Günther | 794 - 800 |
| A Map-aided GNSS Positioning Method of EoT (End-of-Train) Units for Train Integrity Monitoring | Jiang Liu, Bai-gen Cai, De-biao Lu, Dirk Spiegel, Jian Wang | 801 - 809 |
| Multisensor Data Fusion for Pedestrians in Spatial Disorientation | Edith Pulido Herrera, Daniel Sierra | 810 - 815 |
| A New Indoor Positioning Method Based on Zigbee System | Hang Guo, Shuang Fang, Min Yu | 816 - 821 |
| An Investigation of GPS Satellite Clock Offsets Prediction with Different Update Intervals and Application to Real-Time PPP | Hongzhou Yang, Yang Gao | 822 - 832 |
| Multi-receiver GPS Based Direct Time Estimation for PMUs | Sriramya Bhamidipati, Yuting Ng, Grace Xingxin Gao | 833 - 837 |
| A New Network-Based Synchronization Approach for Pseudolite and Improvements on Robustness | Tengfei Wang, Zheng Yao, Shijie Yun, Mingquan Lu | 838 - 844 |
| Application of X-Ray Pulsar Navigation: A Characterization of the Earth Orbit Trade Space | Wayne H. Yu | 845 - 856 |
| The Performance Analysis of an UAV Borne Vector Gravimetry System | Cheng-An Lin | 857 - 871 |
| Great Lake Surface Characterization with GNSS Reflectometry | Seebany Datta-Barua, Roohollah Parvizi, Erik Donarski, Stefan Stevanovic, Ningchao Wang, Kierra Herron, Boris Pervan | 872 - 880 |
| COREGAL: Exploring Galileo E5 Reflected Signals for Biomass Applications | Tiago Peres, João Silva, Carlos Ruivo, Pedro F. Silva, Jose M. Palomo, Ismael Colomina, Orlando Peña, Chris Hill, Leila Guerriero, Nuno Carvalhais, Adam Erickson, Oliver Cartus | 881 - 891 |
| Evaluation of the Ionospheric F2 Characteristics Inferred from Radio Occultations Exploiting the Availability of FORMOSAT-3/COSMIC Data Over Half a Solar Cycle | Angela Aragon-Angel, Marco Limberger, Manuel Hernández-Pajares, David Altadill, Eren Erdogan, Michael Schmidt | 892 - 901 |
| GPS Attitude Determination for VELOX-CI Near-Equatorial LEO Microsatellite | Guo X. Lee, Fuxiang Cao, Yung-Fu Tsai, Kay Soon Low, Keck Voon Ling, Eng Kee Poh, Chin Siong Lim, Shi Tong Chin, Wee Seng Lim, Bingxuan Li | 902 - 908 |
| Numerous Applications of GPS/GNSS Today: How Many Are/Will Be Automated? | Karen Van Dyke | 909 - 914 |
| Interference Detection and Mitigation and GNSS Jammers | Rick Hamilton | 915 - 930 |
| Assured PNT | Charles Curry | 931 - 945 |
| Assured PNT Through Multiple Diverse Technologies | Paul Groves | 946 - 958 |
| Assured Sensor Fusion for GNSS-Degraded Navigation | Andrey Soloviev | 959 - 973 |
| Resilient PNT for Safety-Critical Applications – Toughen and Augment! | Michael Meurer | 974 - 987 |
| Pap Smears, Reverend Bayes, and Spoof Detection, the Problem of False Positives | Logan Scott | 988 - 999 |
| Customer Perceived Privacy, Corporate Privacy Adherence, Authentication Use Case | Paul McBurney | 1000 - 1010 |
| Definition of a GNSS Receiver Based Authentication Service | Rigas Ioannides | 1011 - 1021 |
| Location Privacy | Kimberly McCullugh | 1022 - 1029 |
| Location Hash: Enabling Proximity Detection While Preserving Location Privacy | Liang Heng, Athindran R. Kumar, Grace X. Gao | 1030 - 1039 |
| Galileo Contribution to Geo-Location Security and Privacy | Reinhard Blasi | 1040 - 1063 |
| Collaborative Monocular SLAM with Crowd Sourced Data | Jianzhu Huai, Grzegorz Józków, Charles Toth, Dorota A. Grejner-Brzezinska | 1064 - 1079 |
| PeerAppear: A P2P Framework for Collaborative Visual Localization | Andrew Compton, John Pecarina | 1080 - 1090 |
| Shinerbot: Bio-Inspired Collective Robot Swarm Navigation Platform | Enyu Luo, Xin Hui Fang, Yuting Ng, Grace Xingxin Gao | 1091 - 1095 |
| Virtual Coupling: A Cooperative and Collaborative Autonomous Navigation Application | A. Trzuskowsky, M. Wehr, D. Abel | 1096 - 1102 |
| Estimating Covariance Models for Collaborative Integrity Monitoring | Liyan Yang, Jason Rife | 1103 - 1113 |
| Performance Analysis of a New Collaborative and Multimodal Framework for Indoors Navigation using Smartphones | Mostafa Sakr, Naser El-Sheimy | 1114 - 1124 |
| Infrastructure vs Peer to Peer Cooperative Positioning: A Comparative Analysis | Salil Goel, Allison Kealy, Bharat Lohani | 1125 - 1137 |
| A Study on Tracking the Attitude of Agricultural Machineries Based on Tightly-coupled GNSS/AHRS | Deng Hai-feng, Li ChengGang, Pan GuoFu, Shi XiaoYu | 1138 - 1152 |
| Using Converted Linear Measurements Taken by a Human Operator for INS Aiding | Turner J. Montgomery, Meir Pachter | 1153 - 1162 |
| A Low Cost INS/GNSS/Vehicle Speed Integration Method for Land Vehicles | R. Sugiura, Y. Nakai, Y. Kubo, S. Sugimoto, S. Mizukami, T. Imamura, H. Kumagai | 1163 - 1169 |
| Simultaneous Localization and Mapping in Multipath Environments: Mapping and Reusing of Virtual Transmitters | Christian Gentner, Boxiao Ma, Robert Pöhlmann, Markus Ulmschneider, Thomas Jost, Armin Dammann | 1170 - 1177 |
| Autonomous, Precision Snow Removal in an Urban Environment, Featuring Ultra-Wideband Beacons | Matthew A. Klein, Charles Hart, Roger D. Quinn | 1178 - 1183 |
| Detection of Magnetic Anomaly Based on a Classifier for Smartphone Attitude Estimation | So Young Park, Se Jong Heo, Chan Gook Park | 1184 - 1189 |
| Situational Awareness for Tactical Applications | L. Ruotsalainen, R. Guinness, S. Gröhn, L. Chen, M. Kirkko-Jaakkola, H. Kuusniemi | 1190 - 1198 |
| Preconditions for a Reliable & Robust Detection of Wrong-way Driving on Highways with GNSS and Autonomous Sensors | Kathrin Frankl, Hanno Beckmann, Jinyue Wang, Martin Metzner, Volker Schwieger, Bernd Eissfeller | 1199 - 1208 |
| A Drone Based Firefighter Supporting Navigation System Using IR-UWB and Inertial Sensor | Jung Ho Lee, Kangho Kim, Seyong Oh, Jae Bong Jung, Jong Cheol Lee, Taikjin Lee | 1209 - 1213 |
| Integration of Code-Based Precise Point Positioning and Reduced Inertial Sensor System | Ibrahim E. Hassan, Tashfeen B. Karamat, Ahmed El-Rabbany, Aboelmagd Noureldin | 1214 - 1221 |
| GNSS-Receiver with Open Interface for Deeply Coupling and Vector Tracking | Matthias Overbeck, Fabio Garzia, Christian Strobel, Christian Nickel, Muhammad Saad, Daniel Meister, Dr. Wolfgang Felber | 1222 - 1229 |
| Optimized Anchor Node Selection Algorithm Considering Power and Accuracy for Indoor Integrated Navigation System Based on INS/UWB | Mengdi Jia, Xiaowei Cui, Mingquan Lu, Taosheng Wang | 1230 - 1240 |
| Validation of a Magnetic Anomaly Navigation Model with Flight Test Data | Aaron J. Canciani, John F. Raquet | 1241 - 1262 |
| Gaussian Mixture Filter for Multipath Assisted Positioning | Markus Ulmschneider, Christian Gentner, Ramsey Faragher, Thomas Jost | 1263 - 1269 |
| Smartphone Navigation Using Barometric Altitude and Topographic Maps | Piotr Smagowski, John Raquet, Kyle Kauffman | 1270 - 1278 |
| Direct Position Estimation Utilizing Non-Line-of-Sight (NLOS) GPS Signals | Yuting Ng, Grace Xingxin Gao | 1279 - 1284 |
| Sensitivity Analysis of 3D Building Model-assisted Snapshot Positioning | Rakesh Kumar, Mark G. Petovello | 1285 - 1295 |
| Integration of GNSS Positioning and 3D Map using Particle Filter | Taro Suzuki | 1296 - 1304 |
| Real-Time Implementation of Vision-Aided Navigation for Small Fixed-Wing Unmanned Aerial Systems | Timothy Machin, John Raquet, David Jacques, Donald Venable | 1305 - 1311 |
| Integrating Vision Based Navigation with INS and GPS for Land Vehicle Navigation in Challenging GNSS Environments | Yunlong Sun, Muhammed Tahsin Rahman, Tashfeen B. Karamat, Aboelmagd Noureldin, Yanbin Gao | 1312 - 1321 |
| Analysis of a Navigation System based on Partially Tight Integration of IMU -Visual Odometry with Loosely Coupled GPS | M. Sahmoudi, N. Ramuni | 1322 - 1329 |
| Tightly Coupled Kinematics Visual Odometry/PPP System for Land Vehicle Navigation | Fei Liu, Hongzhou Yang, Yang Gao | 1330 - 1337 |
| Expanded Ionospheric Estimation and Threat Model Algorithms for SBAS | Eugene Bang | 1338 - 1349 |
| Satellite Selection for Multi-Constellation SBAS | Todd Walter, Juan Blanch, Victoria Kropp | 1350 - 1359 |
| Implementation and Testing of Clustered ARAIM in a GPS/Galileo Receiver | Martin Orejas, Jakub Skalicky, Ute Ziegler | 1360 - 1367 |
| Assessment of Alternative Techniques to Mitigate Ionosphere Gradients for Local Differential Systems | Jed Dennis | 1368 - 1375 |
| Experimental Validation of an Ionospheric Monitoring Scheme for Dual Frequency GBAS | Michael Felux, Mihaela-Simona Circiu, Daniel Gerbeth, Maria Caamano | 1376 - 1381 |
| Analyses of Relation Between Motion in Flight and Response of Loosely-coupled GNSS Aided AHRS | M. Naruoka, Y. Shimizu, T. Fujiwara, T. Tsujii | 1382 - 1388 |
| A Novel GNSS Integrity Augmentation System for Autonomous Airport Ground Operations | Suraj Bijjahalli, Subramanian Ramasamy, Roberto Sabatini | 1389 - 1400 |
| Real Data and Real Time SBAS Dual Frequency Multiconstellation (DFMC) Platform | Julián Barrios, José Gabriel Pericahgo, Guillermo Fernández, Victor Manuel Esteban, José Celada, Daniel Pérez, Miguel Ángel Fernández, Davide Rizzo, Javier Ostolaza | 1401 - 1414 |
| Avionics-Based GNSS Integrity Augmentation for UAS Mission Planning and Real-time Trajectory Optimisation | Roberto Sabatini, Terry Moore, Chris Hill | 1415 - 1431 |
| Evaluation of Wind Effects on UAV Autonomous Navigation Based on Vehicle Dynamic Model | Mehran Khaghani, Jan Skaloud | 1432 - 1440 |
| Centimeter-Level Positioning for UAVs and Other Mass-Market Applications | Cécile Mongrédien, Jean-Philippe Doyen, Marten Strom, Daniel Ammann | 1441 - 1454 |
| Precise UAV Position and Attitude Estimation by Multiple GNSS Receivers for 3D Mapping | Taro Suzuki, Yusuke Takahashi, Yoshiharu Amano | 1455 - 1464 |
| GNSS Interference in Unmanned Aerial Systems | Wim De Wilde, Gert Cuypers, Jean-Marie Sleewaegen, Richard Deurloo, Bruno Bougard | 1465 - 1476 |
| Integration of Onboard Sensors and Local Area DGNSS to Support High Integrity Unmanned Aerial Vehicles (UAV) Navigation | Jinsil Lee, Minchan Kim, Jiyun Lee | 1477 - 1484 |
| Graphical Approach for MAV Sensors Fusion | Zheng Gong, Ling Pei, Danping Zou, Ruihang Miao, Peilin Liu, Wenxian Yu | 1485 - 1491 |
| Signals of Opportunity Aided Inertial Navigation | Joshua J. Morales, Paul F. Roysdon, Zaher M. Kassas | 1492 - 1501 |
| Landmark Based Autonomous Snowplow Navigation | Michael Bowyer, Angelo Bertani, Erik Aitken, Samir A. Rawashdeh | 1502 - 1511 |
| Cooperative Navigation between a Ground Vehicle and an Unmanned Aerial Vehicle in GNSS-Challenged Environments | Victor O. Sivaneri, Jason N. Gross | 1512 - 1521 |
| Aircraft Dynamics Model Augmentation of GNSS Based Navigation and Guidance Systems for RPAS | Francesco Cappello, Subramanian Ramasamy, Roberto Sabatini | 1522 - 1530 |
| Quantifying Navigation Safety of Autonomous Passenger Vehicles (APVs) | Mathieu Joerger, Matthew Spenko | 1531 - 1557 |
| UAVs vs. Natural Autonomous Vehicles (NAVs)-Are We Closing the Gap? | John F. Raquet | 1558 - 1584 |
| Integrity Monitoring for UAS Flight Control Software | Jason Rife, Hu Huang, Sam Guyer | 1585 - 1608 |
| Tropospheric Duct Anomaly Threat Model for High Integrity and High Accuracy Navigation | Samer Khanafseh, Axel Von Engeln, Boris Pervan, Illinois Institute of Technology | 1609 - 1616 |
| Evaluation of Surface Variables from Global Reanalysis Models and their Application in Precipitable Water Vapour Retrieval from GNSS Observations over Nigeria | Olalekan Adekunle Isioye | 1617 - 1641 |
| Deriving the Mean Tropospheric Temperature Model using AIRS and AMSU for GNSS Precipitable Water Vapour Estimation | Rata Suwantong, Chalermchon Satirapod, Panu Srestasathiern, Chaiyaporn Kitpracha | 1642 - 1648 |
| A New Approach for Ionospheric TEC Prediction at a GPS Station | M.M. Hoque, N. Jakowski, J. Berdermann | 1649 - 1656 |
| Middle-Latitude Ionospheric Irregularities and Scintillation During Geomagnetic Storms | Xiaoqing Pi, Anthony J. Mannucci, Bonnie Valant-Spaight, Rodney Viereck, Yongliang Zhang | 1657 - 1663 |
| Impact of GNSS Receiver Tuning on the Estimation of Scintillation Index | S. Rougerie, M. Ait-Ighil, V. Fabbro | 1664 - 1671 |
| Studies of Equatorial Plasma Bubbles and the Associated Ionospheric TEC Gradients over South America | Rezy Pradipta, Patricia H. Doherty | 1672 - 1679 |
| Equatorial Amplitude Scintillation Spectrum Analysis and Fading Characteristics on GPS Signals | Yu Jiao, Dongyang Xu, Yu Morton, Charles Rino | 1680 - 1687 |
| Mitigation of Short Duration Satellite Outages for Advanced RAIM and other Integrity Systems Based on GNSS | Juan Blanch, Yu-Hsuan Chen, R. Eric Phelts, Todd Walter, Per. Enge | 1688 - 1695 |
| Exploiting Satellite Motion in ARAIM: Measurement Error Model Refinement Using Experimental Data | Mathieu Joerger, Boris Pervan | 1696 - 1712 |
| H-ARAIM Exclusion: Requirements and Performance | Yawei Zhai, Boris Pervan, Mathieu Joerger | 1713 - 1725 |
| Nominal Range Error Analysis to Support ARAIM | Santiago Perea, Michael Meurer, llaria Martini, Markus Rippl, Mathieu Joerger, Boris Pervan | 1726 - 1735 |
| Kalman Filter-Based GNSS Integrity Monitoring | Susmita Bhattacharyya | 1736 - 1749 |
| Signal Quality Monitoring for New GNSS Signals | J-B. Pagot, P. Thevenon, O. Julien, Francisco Amarillo-Fernandez, Denis Maillard | 1750 - 1763 |
| Horizon-to-elevation Mask: A Potential Benefit to Ionospheric Gradient Monitoring | Safoora Zaminpardaz | 1764 - 1779 |
| Robust Chi-Square Monitor Performance with Noise Covariance of Unknown Aspect-Ratio | Jason Rife | 1780 - 1792 |
| GPS SISRE/URA Integrity Analysis for ARAIM | F. Mistrapau, B. Bija, G. Cueto-Felgueroso, M. Odriozola, M. Azaola, A. Cezón, F. Amarillo-Fernández | 1793 - 1803 |
| A Frequency Domain-based Detection Technique for Digital Distortion on GNSS Signals | Chao Sun, Hongbo Zhao, Chen Zhuang, Wenquan Feng | 1804 - 1813 |
| Smartphone-based Hybrid Indoor Positioning System with Integration of Wi-Fi Fingerprinting and Magnetic Matching | Pei-Yu Huang, Shau-Shiun Jan, David S. De Lorenzo, Ivy Tseng | 1814 - 1823 |
| Positioning Algorithm Adaptation of an Indoor Navigation System for Virtual Reality Game Applications | Mengdi Jia, Sihao Zhao, Dengyue Dong, Xiaowei Cui, Mingquan Lu | 1824 - 1830 |
| The Improvement of Location Fingerprint Altas of WLAN Indoor Positioning Technology | Min Yu, Kaixuan Guo, YaQing Li, Zhi Zeng, Rui Tang, Hang Guo | 1831 - 1837 |
| A New Smartphone-based Indoor GPS Positioning System | Rui Xu, Wu Chen, Yang Yang, Jianye Liu, Rongbin Li | 1838 - 1842 |
| A Method for Multipath Detection and Mitigation in Railway Control Applications | Alessandro Neri, Veronica Palma, Francesco Rispoli, Sam Pullen, Shiwen Zhang, Sherman Lo, Per Enge | 1843 - 1855 |
| A Study on Cycle Slip Detection for Integrated Navigation of Single Frequency GNSS Receiver and Low Cost INS | Younsil Kim, Junesol Song, Byungwoon Park, Changdon Kee | 1856 - 1884 |
| An Integrated Algorithm Based on BeiDou/GPS/IMU and its Application for Anomalous Driving Detection | Rui Sun, Ke Han, Jun Hu, Hongyang Bai, Washington Y. Ochieng | 1885 - 1890 |
| Achievement of Continuous Decimeter-Level Accuracy Using Low-Cost Single-Frequency Receivers in Urban Environments | Motoki Higuchi, Nobuaki Kubo | 1891 - 1913 |
| Generation and Evaluation of the Track Map Database for GNSS-based Train Positioning Using a Map-tool-chain | Jian Wang, Wei-jie Tao, Bai-gen Cai, Jiang Liu, Federico Grasso Toro | 1914 - 1926 |
| A Reverse Approach to Antenna Specifications for London Buses Next-generation Positioning System | Xin Zhang, Zhenjun Zhang, Washington Ochieng, Shaojun Feng, Baoyu Liu, Yanrong Xue | 1927 - 1936 |
| Location Accuracy in the Urban Environment | Frank van Diggelen | 1937 - 1960 |
| Benefits of Dual Freq (L1+L5) GNSS Receivers in Multipath Environments | Manuel del Castillo | 1961 - 1966 |
| Solving the Urban Positioning Problem using 3D-Mapping-Aided GNSS | Paul Groves | 1967 - 1984 |
| Low-Cost Precise Urban Positioning | Todd Humphreys, Ken Pesyna, Daniel Shepard, Matthew Murrian, Andrew Kerns | 1985 - 2032 |
| Locating Autonomous Vehicle in Urban Environments | Liang Heng | 2033 - 2044 |
| The Validation and Accuracy Analysis of BDS Solar Radiation Pressure Models | Xiaoya Wang, Qunhe Zhao, Xiaogong Hu, Rui Guo | 2045 - 2057 |
| Integer Satellite Clock Combination for Precise Point Positioning with Ambiguity Resolution | Garrett Seepersad, Simon Banville, Paul Collins, Sunil Bisnath, François Lahaye | 2058 - 2068 |
| Multi-GNSS PPP Performance Assessment with Different Ranging Accuracies in Challenging Scenarios | Javier Míguez, José V. Perello Gisbert, Raúl Orus Pérez, J. Antonio García-Molina, Xavi Serena, Francisco Gonzales, Gonzalo Seco Granados, Massimo Crisci | 2069 - 2081 |
| Fast PPP Convergence Using Multi-constellation and Triple-frequency Ambiguity Resolution | D. Laurichesse, A. Blot | 2082 - 2088 |
| Galileo, an Ace up in the Sleeve for PPP Techniques | I. Rodríguez-Pérez, L. Martínez Fernández, G. Tobías-González, J.D. Calle-Calle, M. Romay, M.D. Laínez, P.F. Navarro | 2089 - 2100 |
| Phase Cycle Slip Mitigation by Piecewise Polynomial Doppler FIT | Tsvi G. Dvorkind | 2101 - 2106 |
| Characterising High Precision GNSS Receiver Positioning Performance using Internal Receiver Uncertainties from Repeatable Real World Signals | Ahmad Ridhwanuddin Tengku, Allison Kealy, Simon Fuller | 2107 - 2122 |
| Track Constrained RTK for Railway Applications | Alessandro Neri, Salvatore Sabina, Roberto Capua, Pietro Salvatori | 2123 - 2135 |
| QZSS RTK-PPP Application to Autonomous Cars | Kori Asari, Shigeru Matsuoka, Hisao Amitani | 2136 - 2142 |
| An Algorithm of Detecting and Repairing One Cycle Wide Lane Integer Ambiguity Error for Short Baseline | Shuo Liu, Lei Zhang, Jian Li, Meina Li | 2143 - 2148 |
| Millimeter Accuracy of RTK Positioning Employing Helix Antennas with Cutoff Patterns | D. Tatarnikov, A. Stepanenko, A. Astakhov, L. Rapoport | 2149 - 2154 |
| A Totally SDR Single-Frequency Augmentation Infrastructure for RTK Land Surveying: Development and Test | R. Capua, A. Caporale, L. Gattuso, M. Giangolini, D. Tufillaro, C. D'Amico, D. Antonetti, A. Bottaro, F.C. Ferrante | 2155 - 2165 |
| Navigation 2026 | Jason Y. Kim | 2166 - 2173 |
| Navigation 2026 – Dependable Accuracy in all Hands | Bruno Bougard | 2174 - 2188 |
| Project SEXTANT | Randy Villahermosa, Ranwa Haddad | 2189 - 2199 |
| Navigation 2026 | Greg Turetzky | 2200 - 2209 |
| Moving Forward to the Future Low-Cost PPP Paradigm | D. Calle, P. Navarro, I. Rodríguez, G. Tobías | 2210 - 2235 |
| Traceability for PNT Security Service | Ting Liu, Haitao Wu, Dapeng Li | 2236 - 2242 |
| A High Precision Indoor Positioning Method Based on Visible Light Communication with Visual Information Matching | Gong Yingkui, Zhou Xinlin, Deng Lizhi, Liu Bingcheng, Yang Guang | 2243 - 2250 |
| Particle Filter Based WiFi Positioning System Implementation Using WiFiSLAM Radio Map | Beomju Shin, Chulki Kim, Jaehun Kim, Changdon Kee, Taikjin Lee | 2251 - 2253 |
| Obstruction-Aware Bluetooth Low Energy Indoor Positioning | Arief Affendi Juri, Tughrul Arslan, Fengzhou Wang | 2254 - 2261 |
| Performance Characterization of Positioning in LTE Systems | Kimia Shamaei, Joe Khalife, Zaher M. Kassas | 2262 - 2270 |
| The 5G Localization Waveform Ranging Accuracy over Time-Dispersive Channels – An Evaluation | Emanuel Staudinger, Michael Walter, Armin Dammann | 2271 - 2280 |
| Characterization of Sector Clock Biases in Cellular CDMA Systems | Joe Khalife, Zaher M. Kassas | 2281 - 2285 |
| Indoor Localization for Bluetooth Low Energy Devices Using Weighted Off-set Triangulation Algorithm | Xiaoyue Hou, Tughrul Arslan, Arief Juri, Fengzhou Wang | 2286 - 2292 |
| A Modular Approach to Integrity for APNT | Okuary Osechas, Elizabeth Nossek, Boubeker Belabbas, Michael Meurer | 2293 - 2299 |
| Leveraging Commercial Broadband LEO Constellations for Navigating | Tyler G. Reid, Andrew M. Neish, Todd F. Walter, Per K. Enge | 2300 - 2314 |
| Automated High Precision Optical Tracking of Aircrafts and non-cooperative Flying Objects | Sébastien Guillaume, Alain Geiger, Maurizio Scaramuzza | 2315 - 2317 |
| Modelling the L-Band Air to Ground Channel for Navigation Applications | Nicolas Schneckenburger, Thomas Jost, Uwe-Carsten Fiebig, Hosseinali Jamal, David Matolak, Ruoyu Sun | 2318 - 2334 |
| Crowdsourced Fingerprint Database Update for Indoor Localization | Boseon Yu, Taikjin Lee | 2335 - 2356 |
| GPS | Steven Whitney | 2357 - 2375 |
| GLONASS | Sergey Karutin | 2376 - 2390 |
| Galileo Program Status | Eric Chatre | 2391 - 2409 |
| GALILEO System Status | Marco Falcone | 2410 - 2430 |
| BeiDou | Jun Shen, Haitao Wu | 2431 - 2485 |
| Project Overview of the Quasi-Zenith Satellite System | Yoshiyuki Murai | 2486 - 2527 |
| An Open Testing Platform for BeiDou/GNSS | Haitao Wu | 2528 - 2551 |
| Precise Orbit Determination for Multi-GNSS Satellites in Wuhan IGS-MGEX Analysis Center | Qile Zhao | 2552 - 2572 |
| BDS/GNSS Application Development: From Experiments to Mass Deployment | Jun Shen | 2573 - 2616 |
| China GNSS Haoping Radio Observatory and Monitoring Results | Ke Jing | 2617 - 2653 |
| BeiDou Signal Parameters Characterization During Strong Equatorial Ionospheric Scintillation | Dongyang Xu, Yu (Jade) Morton | 2654 - 2661 |
| GALILEO & EGNOS Evolution Programme: The Road to 2030 | Eric Chatre | 2662 - 2676 |
| GALILEO Evolution: A User Perspective | Justyna Redelkiewicz, Marco Caparrini | 2677 - 2695 |
| Status on GNSS/Galileo Evolutions and R&D Activities | Miguel Manteiga Bautista | 2696 - 2715 |
| Status of Galileo System Evolution Studies | Gustavo López-Risueño | 2716 - 2732 |
| Integrity Monitoring for Advanced Driver Assistance Systems | Ahmed El-Mowafy, Nobuaki Kubo | 2733 - 2753 |
| SBAS-Africa: A Cost Effective Southern African Solution Serving Multiple Market Sectors | J. Ostolaza, D. Pérez, J.J. Lera, D. Hill, V. Boissinot, W. Roberts, S. Basker, E. Avenant, G. Lamprecht, S. Sheppard, P. Milway, M. Reche | 2754 - 2765 |
| Analysis of SBAS Orbit and Clock Corrections for GPS and their Applicability to Today’s Mass Market Multi-GNSS Personal Navigation | Mojtaba Bahrami, Geraint Ffoulkes-Jones, Qiang Zhang | 2766 - 2776 |
| Performance Differentiation in a Tightly Coupled GNSS/INS Solution | Ryan Dixon, Michael Bobye | 2777 - 2788 |
| Satellite Selection Methodology for Horizontal Navigation and Integrity Algorithms | Daniel Gerbeth, Ilaria Martini, Markus Rippl, Michael Felux | 2789 - 2798 |
| An On-board Autonomous Detection Method of Carrier Leakage on GNSS Signal | Zhiqiang Rong, Hongbo Zhao, Hua Sun, Chao Sun, Zhijun He | 2799 - 2807 |
| On the Inherent Tracking Error Caused by CEM and Imperfect Spreading Code of GNSS Signal | Jiayi Zhang, Zheng Yao, Jun Shen, Mingquan Lu | 2808 - 2815 |
| Towards Dual Mode Secure Navigation Using the Galileo Public Regulated Service (PRS) and PGS Precise Positioning Service (PPS | N. Davies, A. Evans, M. Jones, M. Macleod, R. Bowden, D. Hagan, H. Mayoh, D. Mathews | 2816 - 2825 |
| Data Integrity for GPS and Galileo Signals used by Civil Aviation | Axel Garcia-Pena, Olivier Julien | 2826 - 2838 |
| A Modified Min-Sum Decoding Algorithm for LDPC Codes Based on Analysis of Overestimating Value | Xiaowen Chen, Hongbo Zhao, Zhijun He, Wenquan Feng | 2839 - 2848 |
| Galileo Simple Box-wing Model Plus ECOM for Improving Orbit and Clock Prediction Performances | A. García, D. Luque, P.F. Navarro, G. Tobías | 2849 - 2863 |
| Centimeter Level Augmentation Service (CLAS) in Japanese Quasi-Zenith Satellite System, its User Interface, Detailed Design, and Plan | M. Miya, S. Fujita, Y. Sato, K. Ota, R. Hirokawa, J. Takiguchi | 2864 - 2869 |
| First Experimentation Results with the Full Galileo CS Demonstrator | D. Calle, S. Cancela, E. Carbonell, I. Rodríguez, G. Tobías, I. Fernández-Hernández | 2870 - 2877 |
| NANU Analysis for 2007 Through 2015 | John W. Lavrakas | 2878 - 2886 |
| GPS Receiver Impact from the UTC Offset (UTCO) Anomaly of 25-26 January 2016 | Karl Kovach, Philip J. Mendicki, Edward Powers, Brent Renfro | 2887 - 2895 |
| The GPS Block IIR Antenna Panel Pattern and its Use on-Orbit | Willard Marquis | 2896 - 2909 |
| Maturation of GPS III Signal Integrity Improvements | Arnold Peckjian, Stuart Shaw, Andrew J. Katronick | 2910 - 2921 |
| Advanced Message Generation Facility for Future GNSS Broadcasting | Samuele Fantinato, Luca Canzian, Nicola Montini, Stefano Montagner, Oscar Pozzobon, Andrea Dalla Chiara, Giovanni Gamba, José Ángel Ávila-Rodríguez, Rigas Ioannides, Francesca Zanier | 2922 - 2930 |
| A Decentralized Method for BeiDou Satellite Autonomous Orbit Determination Based on Schmidt-Kalman Filter | Zhijun He, Hongbo Zhao, Wenquan Feng, Chao Sun | 2931 - 2937 |
| A Novel Navigation Message Authentication Scheme for GNSS Open Service | Gianluca Caparra, Silvia Sturaro, Nicola Laurenti, Christian Wullems, Rigas T. Ioannides | 2938 - 2947 |
| Message Authentication, Channel Coding & Anti-Spoofing | James T. Curran, Cillian O’Driscoll | 2948 - 2959 |
| GNSS Receiver Fingerprinting for Security-Enhanced Applications | Daniele Borio, Ciro Gioia, Gianmarco Baldini, Joaquin Fortuny | 2960 - 2970 |
| GNSS Spoof Detection Using Passive Ranging | Peter F. Swaszek, Richard J. Hartnett, Kelly C. Seals | 2971 - 2980 |
| An INS Monitor Against GNSS Spoofing Attacks During GBAS and SBAS-assisted Aircraft Landing Approaches | Cagatay Tanil, Samer Khanafseh, Boris Pervan | 2981 - 2990 |
| Using Tactical and MEMS Grade INS to Protect Against GNSS Spoofing in Automotive Applications | Sashidharan Manickam, Kyle O'Keefe | 2991 - 3001 |
| Secure Position and Time Information by Server Side PRS Snapshot Processing | Alexander Rügamer, Daniel Rubino, Ivana Lukcin, Simon Taschke, Manuel Stahl, Wolfgang Felber | 3002 - 3017 |
| Joint Antenna Array Attitude Tracking and Spoofing Detection Based on Phase Difference Measurements | Manuel Appel, Andriy Konovaltsev, Michael Meurer | 3018 - 3026 |
| Detailed Analysis of the TEXBAT Datasets Using a High Fidelity Software GPS Receiver | Adam Lemmenes, Phillip Corbell, Sanjeev Gunawardena | 3027 - 3032 |
| Effect of Tracking Parameters on GNSS Receivers Vulnerability to Spoofing Attack | Ali Broumandan, Ali Jafarnia-Jahromi, Saeed Daneshmand, Gérard Lachapelle | 3033 - 3043 |
| Spatial Spoofing Signal Suppression Using the Constellation Covariance Matrix | L. Kurz, S. Zorn, T.G. Noll | 3044 - 3052 |
| Interference Localization using a Controlled Radiation Pattern Antenna (CRPA) | Gerhard Berz, Pascal Barret, Brent Disselkoen, Michael Richard, Okko Bleeker, Vincent Rocchia, Florence Jacolot, Todd Bigham | 3053 - 3062 |
| Empirical Assessment and Modelling of RFI Impact on Aviation GPS/SBAS Receiver Performance | M. Scaramuzza, P. Truffer, M. Troller, H. Wipf, H. Leibundgut, M. Bertschi, S. Rämi | 3063 - 3069 |
| Assessment of the Effect of Quantization on the Degradation Brought by Interference on a GNSS Receiver | Olivier Julien, Antoine Blais | 3070 - 3090 |
| Potential Threats by a Symmetric Deployment of Replay Devices Against Synchronization via a Navigation Satellite System | Takashi Iwamoto | 3091 - 3093 |
| Demonstration of UAV Based GPS Jammer Localization During a Live Interference Exercise | Adrien Perkins, Louis Dressel, Sherman Lo, Tyler Reid, Kazuma Gunning, Per Enge | 3094 - 3106 |
| Jammer Localization: From Crowdsourcing to Synthetic Detection | Daniele Borio, Ciro Gioia, Andrej Štern, Franc Dimc, Gianmarco Baldini | 3107 - 3116 |
| Developing a Real-world Test Framework and Methodology for PNT Systems and Devices | G. Buesnel, J. Pottle, R. Boyles, F. Simon-Galabadon, Mark Holbrow | 3117 - 3122 |
| An Analysis of Near-band Harmful Interference on Civilian GPS Receivers | Connor L. Brashar | 3123 - 3132 |
| PROGRESS Project: Jamming and Spoofing Detection and Localization System for Protection of GNSS Ground-based Infrastructures | Giovanni Gamba, Andrea Dalla Chiara, Oscar Pozzobon, Damien Serant | 3133 - 3142 |
| From Agnostic to Model-Based GNSS Jamming Detection | Daniele Borio, Eduardo Cano, Ciro Gioia | 3143 - 3152 |
| Performance Evaluation of the Direct Acquisition of GPS-like VBOC Signals against Noise and Interference--Technical Report | Ilir F. Progri | 3153 - 3167 |
| More Accurate Model for GNSS Radio Frequency Compatibility Assessment | Xufang Huang, Wei Liu, Xuyang Wang, Bingxue Chen, Baoyu Liu | 3168 - 3179 |
| SBAS DSVP: An SBAS DFMC Service Volume Software Prototype | M. Mabilleau, D. Salos, C. Rodriguez, H. Secretan, N. Suard | 3180 - 3188 |
| New Orbit Determination and Clock Synchronisation Modules for EGNOS | A. Rouanet Labé, R. Lembachar, T. Authié, S. Trilles, F. Mercier | 3189 - 3196 |
| Assessment of Different Dual-frequency Dual-constellation GBAS Processing Modes Based on Flight Trials | M.-S. Circiu, M. Felux, D. Gerbeth, M. Caamano, M. Meurer | 3197 - 3207 |
| Authentication Concepts for Satellite-Based Augmentation Systems | Andrea Dalla Chiara, Giacomo Da Broi, Oscar Pozzobon, Silvia Sturaro, Gianluca Caparra, Nicola Laurenti, Javier Fidalgo, Miguel Odriozola, José Caro Ramon, Ignacio Fernandez-Hernandez, Eric Chatre | 3208 - 3221 |
| Total Electron Content Evaluation for the Development of a Mexican Ionospheric Monitoring System | V.J. Gatica-Acevedo, M. Sanchez-Meraz, C.J. Sosa-Paz | 3222 - 3227 |
| The Arctic Testbed – Experimentation Results on SBAS in the Arctic Region | P.E. Kvam, G.F. Serrano, Y.L. Andalsvik, A.M. Solberg, P. Thomas, M. Porretta, K. Urbanska, S. Schlüter | 3228 - 3248 |
| A Safe Option to Pave the Way for the Implementation of a Satellite Based Augmentation System | J. Ostolaza, M. López, J. Autrán, J.J. Lera, D. Pérez, D. Hill, V. Boissinot | 3249 - 3257 |
| Design of Integrity Function on Centimeter Level Augmentation Service (CLAS) in Japanese Quasi-Zenith Satellite System | Seigo Fujita, Yuki Sato, Masakazu Miya, Koji Ota, Rui Hirokawa, Jun-ichi Takiguchi | 3258 - 3263 |
| ARAIM in Flight Using GPS and GLONASS: Initial Results from a Real-time Implementation | R. Eric Phelts, Juan Blanch, Yu-Hsuan Chen, Per Enge, Stuart Riley | 3264 - 3269 |
| Undifferenced GLONASS Ambiguity Resolution Over Inhomogeneous Receivers Stations: Introducing Ionosphere Corrections or Resolving Ionosphere-free Ambiguities? | Jianghui Geng, Xiaotao Li | 3270 - 3275 |
| Facing Some Critical Challenges in Real-Time Precise Point Positioning | Ahmed El-Mowafy | 3276 - 3294 |
| StarFire™ SF3: Worldwide Centimeter-Accurate Real Time GNSS Positioning | Liwen Dai, Yiqun Chen, Adhika Lie, Michael Zeitzew, Yuki Zhang | 3295 - 3320 |
| Integer Ambiguity Resolution Enabled RTK and PPP Solutions Using GPS and GLONASS Observations | X. Liu, M. Stone, Y. Memarzadeh, M. Goode, J. Tegedor, D. Lapucha, R. Strandli | 3321 - 3331 |
| PPP Integrity for Advanced Applications, Including Field Trials with Galileo, Geodetic and Low-Cost Receivers, and a Preliminary Safety Analysis | P. F. Navarro Madrid, L. Martínez Fernández, M. Alonso López, M.D. Laínez Samper, M.M. Romay Merino | 3332 - 3354 |
| Demonstration: E5b Signal Containing Value-Added Information Broadcast in Real Time via the SES ASTRA 5B GEO Satellite | Marion Aubault-Roudier, Denis Laurichesse, Hanaa Al Bitar, Mathieu Raimondi, Pierre Lesage, Arnault Sfeir, Michael Klein, Matthieu Sihrener, Nicolas Ramponi | 3355 - 3364 |
| Estimation Methods of Spherical Cap Harmonic Models Based on Kalman Filter for Regional Ionospheric Delays | Masaharu Ohashi, Akihiro Yamada, Yuki Yamamoto, Yukihiro Kubo, Sueo Sugimoto | 3365 - 3371 |
| Compact SSR Messages with Integrity Information for Satellite Based PPP-RTK Service | Rui Hirokawa, Yuki Sato, Seigo Fujita, Masakazu Miya | 3372 - 3376 |
| Maritime Trials in Europe and Africa Using GNSS-based Enhanced Systems | J. Ostolaza, J.J. Lera, D. Pérez, G. Cueto-Felgueroso, M. Cueto, A. Cezón, M.A. Fernández, M. López, D. Hill, V. Boissinot, P.E. Kvam, M. Porretta | 3377 - 3386 |
| R-Mode - The Potential to Support Resilient PNT Through the re-use of Existing Maritime Infrastructure | Alan Grant, Paul Williams, Michael Hoppe | 3387 - 3403 |
| E-GNSS use for Autonomous Vessels: Value Proposition & Market Aspects | A. Cezón, M. Cueto, G. Cueto-Felgueroso, M. López Cabeceira, J. Corzo Delibes, L. García, J. Ostolaza, J. Fidalgo, M. Odriozola, M. Lopez-Martinez | 3404 - 3411 |
| Performance Evaluation and A New Disaster Prevention System of Precise Point Positioning at Sea | Eiko Saito, Nobuaki Kubo, Kazumasa Shimoda | 3412 - 3432 |
| GNSS Receivers Jamming Resilience in the Close to the Shore Navigation Scenario | Lukasz Bonenberg, Oeystein Glomsvoll | 3433 - 3460 |
| Experimental Evaluation of the Impact of Jamming on Maritime Navigation | R. Ziebold, M. Romanovas, S. Gewies | 3461 - 3480 |
| EDAS for a DGPS Maritime Service: EGNOS Based VRS Performance with Pre-Broadcast Integrity Monitoring | J. Morán, E. Lacarra, J. Vázquez, M.A. Sánchez, F. Cantos, T. Horváth | 3481 - 3493 |
| Maritime Resilient PNT in Europe… Where Now? | Martin Bransby, Paul Williams | 3494 - 3498 |
| Research of BDS International Standardization on IMO | Sun Qian, Xie Hui | 3499 - 3503 |
| SBAS use in Maritime | Alan Grant, George Shaw, Jan Šafár, Nick Ward | 3504 - 3520 |
| NovAtel CORRECT with Precise Point Positioning (PPP): Recent Developments | Altti Jokinen, Cameron Ellum, Iain Webster, Sara Masterson | 3521 - 3549 |
| EDAS (EGNOS Data Access Service): Differential GNSS Corrections for Land Applications | J. Vázquez, E. Lacarra, M.A. Sánchez, Pedro Gómez | 3550 - 3561 |
| Innovative Design for GNSS/MSS Survey/GIS Receiver | I. Khazanov, D. Kozlov, G. Zyryanov | 3562 - 3569 |
| Performance Validation of Low Cost GNSS Sensors for Land Monitoring and Hazard Mitigation | Elisa Benedetti, Leo Brack, William Roberts | 3570 - 3578 |
| Technologies for Optimized Pass-to-Pass Positioning Performance | Janet Neumann, Cameron Ellum, Anastasia Salycheva, Brandon Culling | 3579 - 3587 |
| GNSS Receiver Clock-Based Integrity Monitoring Method for Train Localization | Tomoaki Takewa, Wataru Tsujita, Takashi Iwamoto | 3588 - 3591 |
| GNSS for Train Location Determination Hazardous Event Probability Analysis | Debiao Lu, Baigen Cai, Jian Wang, Jiang Liu | 3592 - 3597 |
| Modeling of Nonlinear Errors for Integrated GPS/MEMS-based INS Navigation Systems | Maged Ismail, Ezzeldin Abdelqawey, Nesreen I. Ziedan | 3598 - 3606 |
| Low Cost MEMS Only DR (MoDR) Solution using GNSS and MEMS INS Sensor | Hyunsoo Kim, Seoungbok Do, Jongjoon Choi, Steve Severance, Daniel Liao | 3607 - 3612 |
| Error Analysis for the Combination of Angular, Ranging, and Barometric Measurements | E. Nossek, O. Osechas, M. Meurer | 3613 - 3621 |
| Achieving GNSS Compatibility and Interoperability to Support Space Users | James J. Miller, Frank H. Bauer, A.J. Oria, Scott Pace, Joel J.K. Parker | 3622 - 3634 |
| Validation of GNSS Multipath Model for Space Proximity Operations Using the Hubble Servicing Mission 4 Experiment | B. W. Ashman, J.L. Veldman, P. Axelrad, J.L. Garrison, L.B. Winternitz | 3635 - 3643 |
| Third Party On-Board Navigation Software for AGGA-4-Based Space GNSS Receivers: Test Results for GEO Mission | João S. Silva, Hugo D. Lopes, Pedro F. Silva, Carlos Valle, Antonio Latorre, Christian Pommer, Manfred Sust, J.A. Garcia-Molina | 3644 - 3652 |
| Validation of a Space Mission Oriented INS/GNSS Navigator through Utilization of UAVs | M. Wis, M. Kerr, A. Latorre, G. Vecchione | 3653 - 3659 |
| Flight Performance Investigations of Enhanced Rotorcraft Operations in Mountainous Areas – Towards a More Ambitious RNP Performance | Marc Troller, Maurizio Scaramuzza, Heinz Wipf, Mathias Nyffenegger, Heinz Leibundgut | 3660 - 3668 |
| GNSS-Based Dual-Antenna Heading Augmentation for Attitude and Heading Reference Systems | Bernard Schnaufer, Gary McGraw, Huan Phan, Angelo Joseph | 3669 - 3691 |
| An Aided Wide Area Multilateration System Using Aircraft Altitude Information | Siang-Lin Jheng, Shau-Shiun Jan | 3692 - 3701 |
| New Effective Multipath Mitigation and Initial Assessment of the Radio and Inertial Navigation Sensor("RINA") | Satoshi Yamazaki, Koji Sunami, Michio Kawakami | 3702 - 3706 |
| Effects of IGS Products on GNSS-based Precise Orbit Determination | Zhigui Kang, Byron Tapley, Srinivas Bettadpur | 3707 - 3714 |
| Precise Onboard Orbit Determination for LEO Satellites with Real-Time Orbit and Clock Corrections | André Hauschild, Javier Tegedor, Oliver Montenbruck, Hans Visser, Markus Markgraf | 3715 - 3723 |
| Performance Assessment of Radio Occultation Experiment on a Near Equatorial Orbit Microsatellite | Yung-Fu Tsai, Guo Xiong Lee, Bingxuan Li, Shi Tong Chin, Wee Seng Lim, Kay Soon Low | 3724 - 3730 |
| Development and Verification of LQG based Attitude Determination and Control Algorithm of Cube-satellite “SNUGLITE” using GPS and Multiple Sensors | JooYoung Jang, Youngdoo Kim, Heekwon No, SunKyoung Yu, O-Jong Kim, Minkyu Choi, Changdon Kee, Seung-Woo Seo | 3731 - 3739 |
