| Title | Author | Pages |
|---|
| Crime, Punishment and the Global Positioning System | David Last | 1 - 27 |
| A New Adaptive Scheme for High-Sensitivity GNSS Acquisition in Presence of Large Doppler Shifts | P. Esteves, M. Sahmoudi, N. Ziedan, M.-L. Boucheret | 28 - 40 |
| A Novel Parallel Carrier Tracking Architecture for Weak GNSS Signals | Muhammad Tahir and Letizia Lo Presti | 41 - 46 |
| PLL Unwrapping Structures using Polynomial Prediction Algorithm for Noisy Carrier Phase Tracking | S. Roche, S. Bidon, O. Besson, M. Monnerat, L. Ries, P. Thevenon | 47 - 55 |
| Effect of Oscillator Quality on Ultra-Tight GPS/INS Aided Carrier Phase Tracking | Srinivas Bhaskar, James T. Curran, Gerard Lachapelle | 56 - 66 |
| Estimation of Multipath Parameters using Hilbert Huang Transform | A. Hirrle, H.-J. Jentschel, O. Michler | 67 - 78 |
| GNSS NLOS and Multipath Error Mitigation using Advanced Multi-Constellation Consistency Checking with Height Aiding | Ziyi Jiang and Paul D. Groves | 79 - 88 |
| Assessing the Impact of Time Correlation Uncertainty on Cycle Ambiguity Resolution for High Integrity Aviation Applications | Steven Langel, Samer Khanafseh and Boris Pervan | 89 - 97 |
| Seamless Navigation via Dempster Shafer Theory Augmented by Support Vector Machines | Deepak Bhatt, Priyanka Aggarwal, Vijay Devabhaktuni, Prabir Bhattacharya | 98 - 104 |
| A Geometric Interpretation Approach Tracing PN Sequence Code Phase Information and its Applications | Chieh-Fu Chang, Wan-Hsin Hsieh, Ming-Seng Kao | 105 - 112 |
| Expanding GNSS Testing with Multiple Synchronized Signal Recorders | Iurie Ilie and Stephane Hamel | 113 - 117 |
| Massive Parallel Algorithms for Software GNSS Signal Simulation using GPU | Iva Bartunkova and Bernd Eissfeller | 118 - 126 |
| Multi-Level GNSS Signal Simulator for Multi-System GNSS Receiver Developing | Xin Zhang, Weihua Mou, Guangfu Sun, Gang Ou | 127 - 135 |
| Broadband GPS Data Capture for Signal and Interference Analysis | Alison Brown, Jarrett Redd, and Phillip A. Burns | 136 - 140 |
| The Future of Multi-Constellation GNSS Test Standards for Cellular Location | P. Anderson, E. Anyaegbu and R. Catmur | 141 - 150 |
| Tracking Multipath in Received GNSS Signals through use of a Signal Decomposition and Parameterization Algorithm | Marshall E. Haker and John F. Raquet | 151 - 156 |
| Algorithm and Software Design Tricks and Methods for Multi GNSS Simulator Design | P.K. Nerella, V. Chaddha, S.K. Desai, S. Vadlamani, C. Gopinath | 157 - 160 |
| Test of Pseudorange Accuracy in GNSS RF Constellation Simulator | Yanhong Kou, Jingtao Sui, Yibo Chen, Zhengwen Zhang, Haitao Zhang | 161 - 173 |
| Flight Test Results of a Conflict Detection Method using ADS-B with Raw GNSS Measurements | Pengfei Duan, Maarten Uijt de Haag, James L. Farrell | 174 - 187 |
| The EGNOS NOTAM Proposals Service | Juan Vazquez, Miguel Angel Sanchez, Jesus Cegarra | 188 - 202 |
| Performance Impact of Mountainous Topography for Cloud Break GNSS Procedure | Marc Troller, Maurizio Scaramuzza, Pascal Truffer, Heinz Wipf, and Sergio Raemi | 203 - 209 |
| GNSS Multipath Error Model for Airport Surface Operations | Leslie Montloin, Laurent Azoulai, Adrien Chen, Anais Martineau, Carl Milner, Alexandre Chabory, Christophe Macabiau | 210 - 228 |
| Optimization of the Multiple Hypotheses Solution Separation RAIM Method | Y. Jiang and J. Wang | 228 - 234 |
| Impact of Personal Privacy Device for WAAS Aviation Users | Grace Xingxin Gao, Kazuma Gunning, Todd Walter and Per Enge | 235 - 241 |
| Monitoring Measurement Noise Variance for High Integrity Navigation with Cycle Resolution | Samer Khanafseh and Boris Pervan | 242 - 249 |
| Conception, Implementation and Validation of a GAST-D Capable Airborne Receiver Simulation | Mirko Stanisak, Roman Schork, Marita Kujawska, Thomas Feuerle, Peter Hecker | 250 - 257 |
| Advanced GNSS Procedures and Operations in Europe: A Step Forward | Alejandro Fransoy, Luis Chocano, Emilio Gonzales, Javier Murcia, Richard Farnworth, Hans de With | 258 - 265 |
| Europe's Progress Towards a Full Scale LPV Implementation. Current Status (First Implementations), Lessons Learnt and Challenges for the Future | F. Javier de Blas, Aline Troadec, Carmen Aguilera, Pablo Haro, Miguel A. Sanchez | 266 - 276 |
| Analytical Transmission Model of POCET Technique for Compass B1 and B3 Signals | Kai Zhang, Yuanlin Li, Hongwei Zhou, Feixue Wang | 277 - 285 |
| Ionospheric Delay Estimation Using Galileo E5 Signals Only | Olivier Julien, Jean-Luc Issler, and Laurent Lestarquit | 286 - 301 |
| Combined GPS and GALILEO Real-time Clock Estimation with DLR's RETICLE System | A. Hauschild, P. Steigenberger | 302 - 309 |
| Single-epoch Compass Carrier-phase Ambiguous Resolution Using Three Civil Frequencies and Special Constellations | J. Qu, H.Yuan, X. Zhang, G. Ouyang | 310 - 316 |
| A Comparative Study of Ground Based Augmentation System for Beidou and GPS | Rui Xue and Yanbo Zhu | 317 - 322 |
| Real-time Simulation of QZSS Regional Satellite Navigation | Hideki Yamada, Seigo Fujita, Shinji Saitoh, Takeyasu Sakai and Ken Ito | 323 - 330 |
| What is Achievable with Current COMPASS Constellations? | Maorong Ge, Hongping Zhang, Xiaolin Jia, Shuli Song, Jens Wickert | 331 - 339 |
| Compass Satellite Orbit Determination Based on Inter-satellite and Satellite-to-station Ranging: | Wang Donghui, Ni Shaojie, Liu Wenxiang, Yong Shaowei | 340 - 346 |
| GNSS Payload and Signal Characterization using a 3m Dish Antenna | Jose Vicente Perello Gisbert, Nikolaos Batzilis, Gustavo Lopez Risueño, Julia Alegre Rubio | 347 - 356 |
| Crosswise Reconstructing and Folding Based Rapid Acquisition Method for Time Division Data Multiplexing Long PN-code Signals | Hong Li, Mingquan Lu, Zhenming Feng | 357 - 364 |
| A Novel Computationally Efficient Galileo E1 OS Acquisition Method for GNSS Software Receiver | Myriam Foucras, Olivier Julien, Christophe Macabiau, Bertrand Ekambi | 365 - 383 |
| Analysis of Coherent Combining for GPS L1C Acquisition | Kelly C. Seals, William R. Michalson, Peter F. Swaszek, Richard J. Hartnett | 384 - 393 |
| Multipath Channel Estimation and Pattern Recognition for Environment-Based Adaptive Tracking | Nesreen I. Ziedan | 394 - 407 |
| Low Power ASIC GPS Tracking Loops: Quantifying the Trade-Offs Between Area, Power and Accuracy | Benjamin Z. Tang, Stephen Longfield, Jr., Sunil A. Bhave, Rajit Manohar | 408 - 414 |
| Multi-constellation - to Receive Everything | Philip G. Mattos and Fabio Pisoni | 415 - 422 |
| GNSS Shadow Matching: Improving Urban Positioning Accuracy Using a 3D City Model with Optimized Visibility Prediction Scoring | Lei Wang, Paul D Groves, Marek K Ziebart | 423 - 437 |
| GNSS Positioning with Multipath Simulation using 3D Surface Model in Urban Canyon | Taro Suzuki and Nobuaki Kubo | 438 - 447 |
| Improving High Sensitivity Receiver Performance in Multipath Environment for Vehicular Applications | Peng Xie and Mark G. Petovello | 448 - 458 |
| Intelligent Urban Positioning using Multi-Constellation GNSS with 3D Mapping and NLOS Signal Detection | Paul D. Groves, Ziyi Jiang, Lei Wang, Marek K. Ziebart | 458 - 472 |
| Hybrid Positioning with 3GPP-LTE and GPS Employing Particle Filters | Christian Gentner, Jean-Marc Rawadi, Estefania Munoz, Mohammed Khider | 473 - 481 |
| Sychronization of Pulsed Pseudolite Signals: Analysis and Comparison | Daniele Borio, Eduardo Cano and Gianmarco Baldini | 482 - 493 |
| Non-Linear Modeling of Pseudorange Errors for Centralized Non-Linear Multi-Sensor System Integration | Umar Iqbal, Jacques Georgy, Walid F. Abdelfatah, Mohammad Tamazin, Michael Korenberg, and Aboelmagd Noureldin | 494 - 502 |
| Investigating Indoor GPS Doppler and Pseudorange Characteristics | Seyed Nima Sadrieh, Ali Broumandan, Gerard Lachapelle | 503 - 512 |
| The Analysis of Optimum Bandwidth of High Sensitivity Dual Mode GPS & Galileo Receiver | Liu Haitao, Wang Zhan, Cheng Zhu, Lou Shengqiang | 513 - 516 |
| GPS Phase Estimation Beyond the Maximum Likelihood Theory | Mohamed Youssef and Phani K. Sagiraju | 517 - 520 |
| Global Positioning Systems Directorate | Barnard Gruber | 521 - 537 |
| GLONASS Status and Modernization | Sergey Revnivykh | 538 - 552 |
| Galileo Programe Status Update | David Blanchard | 553 - 587 |
| Program Update: QZSS (Quasi-Zenith Satellite System) | Satoshi Kogure | 588 - 608 |
| An OFDMA Wireless Integrated Communications and Navigation System | A. Fernandez, S. Gomez de Aguero, Jose M. Palomo, Jean-Baptiste Thevenet, Jean-Pierre Prost, Jose Vicente Perello | 609 - 620 |
| Observability and Estimability of Collaborative Opportunistic Navigation with Pseudorange Measurements | Zaher M. Kassas and Todd E. Humphreys | 621 - 630 |
| Compensating UAV GPS Through use of Relative Positioning to a UGV | Sunghun Jung, Tamzidul Mina, and Kartik B. Ariyur | 631 - 635 |
| GPS/IMU Integrated Relative Positioning for Moving Land Vehicles with V2V (Vehicle-to-Vehicle) Communication Module | Youngmin Han, Sungyong Lee, Younsil Kim, Junesol Song, Heekwon No, Changdon Kee, Youngwon Kim, Hankrel Noh, Daesung Hwang | 636 - 641 |
| On-line Smoothing for Mobile Mapping Systems Utilizing a Low Cost MEMS IMU | Thank-Trung Duong, Kai-Wei Chiang, Chin-Chia Chang, Jia-Ming Cai, Shih-Ching Huang | 642 - 649 |
| Analysis of Positioning Capabilities of 3GPP LTE | Jose A. del Peral-Rosado, Jose A. Lopez-Salcedo, Gonzalo Seco-Granados, Francesca Zanier, and Massimo Crisci | 650 - 659 |
| Affine Feature Matching via Stochastic Prediction | Kenneth A. Fisher, Jared Kresge and John F. Raquet | 660 - 669 |
| Autonomous Navigation for Navigation Satellite Constellation Using X-ray Pulsars | Falin Wu, Xiaohong Sui and Yan Zhao | 670 - 677 |
| Ellipsoidal Set Based Filter for Bearing-only Maneuvering Target Tracking | Yushuang Liu and Yan Zhao | 678 - 684 |
| GNSS/Star Tracker Integrated Orbit and Attitude Determination System for Garada Mission | Li Qiao, Chris Rizos, Andrew G. Dempster | 685 - 692 |
| Advanced Timing Monitoring and Control Systems in Space | A. Zenzinger, N. Rentzsch, M. Lantschner, T. Bartusch, C. Kuehl, S. Fischer, A. Shrestha | 693 - 698 |
| Robust Estimation of the Offset Between UTC and SBAS Network Time | Javier Simon, Hugues Secretan, Norbert Suard | 699 - 710 |
| Experimental Evaluation of Fine-Time Aiding in Unsynchronized Networks | Nicolas Couronneau, Peter J. Duffett-Smith | 711 - 716 |
| Evaluation of Relative GPS Timing Under Jamming Conditions | Ryan J.R Thompson, Ediz Cetin, Andrew G. Dempster | 717 - 730 |
| Results from Navigator GPS Flight Testing for the Magnetospheric MultiScale Mission | Tyler D. Lulich, William A. Bamford, Luke M.B. Winternitz, Samuel R. Price | 731 - 742 |
| Avionics-Based Integrity Augmentation System for Mission-and Safety-Critical GNSS Applications | Roberto Sabatini, Terry Moore, Chris Hill | 743 - 763 |
| Interacting Multiple Model and Probabilistic Data Association Filter on Radar Tracking for ATM System | Yu-Chun Kao and Shau-Shiun Jan | 764 - 773 |
| Automated Aerial Refueling Position Estimation Using a Scanning LiDAR | Joseph Curro, John Raquet, Thomas Pestak, Jared Kresge, Mark Smearcheck | 774 - 782 |
| Integrated GNSS/INS Positioning Combined with SRTM Digital Elevation Model for Safe Approach, Landing and Takeoff Phase of a Flight | A. Ciecko and W. Jarmolowski | 783 - 789 |
| Multiconstellation GNSS/INS to Support LPV200 Approaches and Autolanding | Martin Orejas, Zdenek Kana, Jindrich Dunik, Jolana Dvorska, Nuri Kundak | 790 - 803 |
| Flight Test Evaluation of Enhanced DME(eDME) Performance Enhancements | Kuangmin Li and Wouter Pelgrum | 803 - 811 |
| eDME Architecture Development and Flight-Test Evaluation | Wouter Pelgrum, Kuangmin Li, Matt Smearcheck, Frank van Graas | 812 - 825 |
| Flight Test Evaluation of Image Rendering Navigation for Close-Formation Flight | Sean M. Calhoun, John Raquet, Joe Curro | 826 - 832 |
| GLONASS Signal-in-Space Anomalies Since 2009 | Liang Heng, Grace Xingxin Gao, Todd Walter, and Per Enge | 833 - 842 |
| GNSS Guaranteed OD&TS Performance Optimisation by the Innovative MiniMax Estimate Approach | Takeyasu Sakai, Hideki Yamada, and Kazuaki Hoshinoo | 843 - 853 |
| GPS/GLONASS Multi-Constellation SBAS Trial and Preliminary Results for East-Asia Region | Takeyasu Sakai, Hideki Yamada, and Kazuaki Hoshinoo | 854 - 866 |
| A Tightly-Coupled GNSS/IMU Integration Algorithm for Multi-Purpose INS | A.Y. Shatilov and I.A. Nagin | 867 - 873 |
| High Fidelity Chip Shape Analysis of GNSS Signals using a Wideband Software Receiver | Sanjeev Gunawardena and Frank van Graas | 874 - 883 |
| Evaluation of Multi-constellation Advanced RAIM for Vertical Guidance Using GPS and GLONASS Signals with Multiple Faults | Myungjun Choi, Juan Blanch, Todd Walter, Dennis Akos, Per Enge | 884 - 892 |
| Implementation of Constant Envelope Multiplexing Based on Extended Interplex and Inter-Modulation Construction Method | X.M. Zhang, X. Zhang, Z. Yao, M. Lu | 893 - 900 |
| In-car GNSS Jammers Tracking System Evaluation Results | E.N. Boldenkov, I.V. Korogodin, I.V. Lipa | 901 - 906 |
| A Study of Geometry and Commercial Off-The-Shelf (COTS) Antennas for Controlled Reception Pattern Antenna (CRPA) Arrays | Yu-Hsuan Chen | 907 - 914 |
| Phased Array GNSS Antenna for the FORMOSAT-7/COSMIC-2 Radio Occultation Mission | Dmitry Turbiner, Larry E. Young, Tom K. Meehan | 915 - 916 |
| Compact Adaptive Multi-antenna Navigation Receiver | Achim Dreher, Nikola Basta, Stefano Caizzone, Gotz Kappen, Matteo Sgammini, Michael Meurer, Safwt Irteza, Ralf Stephan, Matthias A. Hein, E. Schafer, Muhammad A. Khan, Andre Richter, Bjorn Bieske, Lothar Kurtz, Tobias G. Noll | 917 - 925 |
| Blind Adaptive Beamformer Based on Orthogonal Projections for GNSS | Matteo Sgammini, Felix Antreich, Lothar Kurz, Michael Meurer, and Tobias G. Noll | 926 - 935 |
| Research on All-pass Network for Wideband Satellite Receiver's RF Front-end Group Delay Equalization | Pengpeng Li, Yangbo Huang, Bing Zhou, Gang Ou | 936 - 941 |
| Compensation of Group Delay Differences in the GNSS Receiver Front End | Fabio Pisoni and Philip G. Mattos | 942 - 946 |
| Development of a Multi-Antenna GPS/Beidou Receiver for Troposphere/Ionosphere Monitoring | Jyh-Ching Juang, Chiu-Teng Tsai, and Yu-Hsuan Chen | 947 - 952 |
| Physical-Statistical Channel Model for Joint GNSS and Mobile Radio Based Positioning | Wei Wang, Thomas Jost, Andreas Lehner, Uwe-Carsten Fiebig and Christian Gentner | 953 - 959 |
| Bootstrapped Learning of WiFi Access Point in Hybrid Positioning System | Jing Yu, Thandapani Venkataramani, Xing Zhao, Zhike Jia | 960 - 966 |
| Real Time Location Using WiFi Fingerprints and Multiple Targets Tracking Approach | Lev Rapoport, Yi Youwen Zheng, Yanxing, Shen Jianqiang, Sergey Shatilov | 967 - 975 |
| Experiment Results of Seamless Navigation using IMES for Hospital Resource Management | Dinesh Manandhar, Hideyuki Torimoto, Masakazu Aihara | 976 - 982 |
| OFDM Symbol Timing Acquisition for Collaborative WLAN-based Assisted GPS in Weak Signal Environments | Mahsa Shafiee, Kyle O’Keefe, Gerard Lachapelle | 983 - 995 |
| Ranging Performance of the Positioning Reference Signal in LTE Cellular System | T-Y. Chiou, Y-W. Ting, Y-C. Lin | 996 - 1003 |
| Improved Velocity Estimation with High-Sensitivity Receivers in Indoor Environments | Zhe He, Mark Petovello and Gerard Lachapelle | 1004 - 1016 |
| EGNOS Program Status | Patrick Feuillet | 1017 - 1033 |
| SDCM Program Status | Sergey Karutin | 1034 - 1044 |
| ESA GNSS L5 Implementation Plan & Status | D. Flament and G. Bulsa | 1045 - 1056 |
| EGNOS System Performance: Lessons Learned on Ionosphere | S. Schluter and G. Bulsa | 1057 - 1069 |
| The Impact of the Ionosphere on GNSS Augmentation | Todd Walter | 1070 - 1078 |
| EGNOS Extension to Eastern Europe - Early Simulation Results | ESA | 1079 - 1114 |
| Introducing Ambiguity Resolution in Web-hosted Global Multi-GNSS Precise Point Positioning with Trimble RTX-PP | Ken Doucet, Michael Herwig, Adrian Kipka, Philip Kreikenbohm, Herbert Landau, Rodrigo Leandro, Matthias Moessmer, Christian Pagels | 1115 - 1125 |
| Galileo AltBOC Signal Processing for Precise Positioning - Experimental Results | Pedro F. Silva, Joao S. Silva, Tiago Peres, A. Fernandez, Jose M. Palomo, Marcus Andreotti, Chris Hill, Ismael Colomina, Christian Miranda, M. Eulalia Pares | 1126 - 1135 |
| Real-Time Geometry-Based Cycle Slip Resolution Technique for Single-Frequency PPP and RTK | Sebastien Carcanague | 1136 - 1148 |
| Test of RTCM Version 3.1 Network RTK Correction Messages (MAC) in the Field and on Board a Ship for Uninterrupted Navigation | Dan Norin, Johan Sunna, Rebecka Lundell, Gunnar Hedling, Ulf Olsson | 1147 - 1157 |
| RTK Water Level Determination in Precise Inland Bathymetric Measurements | Dariusz Popielarczyk | 1158 - 1163 |
| Recent Updates to the WGS 84 Reference Frame | Robert F. Wong, Craig M. Rollins, Clifton F. Minter | 1164 - 1172 |
| Using a New Type of GPS Buoy for Determining the Mean Sea Level | Po-Hsien Hsu and Ching-Liang Tseng | 1173 - 1178 |
| GNSS Antenna Orientation and Detection of Multipath Signals from Direction of Arrival | D.E. Grimm, L. Steiner, R. Mautz | 1179 - 1185 |
| An Enhanced Prototype Personal Inertial Navigation System | Yunqian Ma, Wayne Soehren, Wes Hawkinson, Justin Syrstad | 1186 - 1194 |
| On the Foundation of GNSS Authentication Mechanisms | Emmanuel Schielin, Alexandre Allien, Christophe Taillandier, Marc Jeannot, Daniel Brocard | 1194 - 1207 |
| Mobile Positioning with DTV Signals (ATSC 8VSB and M/H) Standards) | Chun Yang, Thao Nguyen, Di Qiu, Morgan Quigley, Jared Casper, Ben Wilson | 1208 - 1216 |
| Instantaneous Cycle Slip Detection, Code Multipath Mitigation and Improved Ionospheric Correction for Enhanced GPS Single-Frequency Positioning | John A. Momoh and Marek Ziebart | 1217 - 1232 |
| A Low-Complexity GPS Anti-Spoofing Method Using a Multi-Antenna Array | Saeed Daneshmand, Ali Jafarnia-Jahromi, Ali Broumandon, Gérard Lachapelle | 1233 - 1243 |
| Reliability of an Adaptive Integrated System through Consistency Comparisons of Accelerometers and GNSS Measurements | Anup Dhital, Jared B. Bancroft, Gerard Lachapelle | 1244 - 1252 |
| Mobile Robot Indoor Autonomous Navigation Based on Multi-sensor Integration | Hui Tang and Don Kim | 1253 - 1262 |
| Tight Integration of GNSS and a 3D City Model for Robust Positioning in Urban Canyons | A. Bourdeau, M. Sahmoudi, J-Y. Tourneret | 1263 - 1269 |
| GPS Anti-Spoofing Techniques for Smart Grid Applications | Matthew Trinkle, Zhenghao Zhang, Husheng Li, Aleksandar Dimitrovski | 1270 - 1278 |
| Restriction-free Initializations for Low-cost and High-rate Integrated Navigation Systems Even in GNSS Challenged Environments | Jacques Georgy, Zainab Syed, Husain Syed, Zhi Shen, Chris Goodall | 1279 - 1286 |
| L1/L5 SBAS MOPS to Support Multiple Constellations | Todd Walter, Juan Blanch, and Per Enge | 1287 - 1297 |
| On the Performance of Dual-frequency Multi-constellation SBAS: Real Data Results with Operational State-of-the-art SBAS Prototype | J. Simon, J. Ostolaza, J. Moran, M. Fernandez, J. Caro, A. Madrazo | 1298 - 1309 |
| Using Kriging to Optimize WAAS Performance Over the Entire Solar Cycle | N. Pandya, F. Sheng, O. Castaneda, H. Jeong, N. Haveman, D. Goble | 1310 - 1333 |
| SBAS Errors Modelling for Category I Autoland | L. Azoulai, P. Neri, C. Milner, C. Macabiau, T. Walter | 1334 - 1337 |
| Overbounding Missed-Detection Probability for a Chi-Square Monitor | Jason H. Rife | 1348 - 1368 |
| GPS L5 Cross-correlation Detection in WAAS G-III Reference Receiver | Surendran Shanmugam, Allan Manz, and Owen Thistle | 1369 - 1378 |
| Expanding SBAS Service Area Toward the Southern Hemisphere | Takeyasu Sakai, Kazuaki Hoshinoo, and Ken Ito | 1377 - 1388 |
| High Integrity System Test Bed (HISTB) The Laboratory for EGNOS Evolutions | H. Delfour, J-A. Gicquel, P. Larhantec, D. Joly, D. Lekaim, M. Jeannot | 1389 - 1398 |
| Acquisition of Weak GNSS Signals Using Fast Orthogonal Search | M. Tamazin, A. Noureldin and M. Korenberg | 1399 - 1405 |
| Improving the Performance of the FFT-based Parallel Code-phase Search Acquisition of GNSS Signals by Decomposition of the Circular Correlation | Jérôme Leclère, Cyril Botteron, Pierre-André Farine | 1406 - 1416 |
| High Resolution Delay Estimation in Urban GNSS Vehicular Navigation | Negin Sokhandan, Ali Broumandan, James T. Curran and Gerard Lachapelle | 1417 - 1427 |
| A Cross-Correlation Mitigation Method Based on Subspace Projection for GPS Receiver | Lei Chen, Weixiao Meng, Shuai Han, Enxiao Liu | 1428 - 1434 |
| Multipath Mitigation in SoL Environments Using a Combination of Squared Correlators | Emanuela Falletti, Beatrice Motella, Micaela Troglia Gamba, Claudia Facchinetti | 1435 - 1443 |
| ARTEMISA: Preliminary Results of Advanced Receiver Techniques for Multipath Mitigation | A. Fernandez, J.A. Pulido, M. Wis, Pau Closas, Carles Fernandez-Prades, Francesca Zanier, Roberto Prieto-Cerdeira, Massimo Crisci | 1444 - 1453 |
| Probabilistic Multipath Mitigation for GNSS-based Vehicle Localization in Urban Areas | Marcus Obst, Christian Adam, Gerd Wanielik, Robin Schubert | 1454 - 1461 |
| Assisted GNSS in LTE-Advanced Networks and its Application to Vector Tracking Loops | Carles Fernandez-Prades, Pau Closas, Jordi Vila'Valls, Marta Figueroa Naharro, Albert Torne Sanjose | 1462 - 1476 |
| A Comparison of Differential-Power and Differential-Phase FLLs for GNSS Receivers | James T. Curran | 1477 - 1487 |
| A Low-complexity Acquisition Implementation for the Modernized GNSS Hardware Receivers | Rentian Ding, Liyan Li, Jie.Zhong, Minjian. Zhao | 1488 - 1494 |
| The Performance of Optimized Carrier Tracking Loop in Weak Signal | Tang Xiaomei, Zhang Yonghu, Li Baiyu, Wang Feixue | 1495 - 1499 |
| The Performance Evaluation of a Real-time Low-cost MEMS INS/GPS Integrated Navigator with Aiding from ZUPT/ZIHR and Non-holonomic Constraint for Land Applications | Cheng-Yueh Liu | 1500 - 1520 |
| Observability Analysis of Non-Holonomic Constraints for Land-Vehicle Navigation Systems | You Li, Xiaoji Niu, Quan Zhang, Yahao Cheng, Chuang Shi | 1521 - 1529 |
| Comparison of State Estimation Filters for Safety Relevant Localization in Rail Applications, Based on the Milestone Based SiPoS-Rail Approach | Rene Rutters, Michael Breuer, Junjie Zhang, Dirk Abel, Daniel Ludicke | 1530 - 1536 |
| The Estimation of Wild-animal Moving Path Based on Elevation History | Katsuhiro Morishita and Nagahisa Mita | 1537 - 1544 |
| Availability Improvement of RTK-GPS with IMU and Vehicle Sensors in Urban Environment | N. Kubo and C. Dihan | 1545 - 1555 |
| Implementation of V2X with the Integration of Network RTK: Challenges and Solutions | Scott Stephenson, Xiaolin Meng, Terry Moore, Anthony Baxendale, Tim Edwards | 1556 - 1567 |
| Augmentation of Carrier-Phase DGPS with UWB Ranges for Relative Vehicle Positioning | Yuhang Jiang, Mark Petovello and Kyle O'Keefe | 1568 - 1579 |
| Cost-effective Selection of Inertial Sensor for Cycle-slip Detection for Land Vehicle | Younsil Kim, Junesol Song, Ho Yun, Byungwoon Park, Changdon Kee, Sebum Chun | 1580 - 1588 |
| Robust, Secure and Precise Vehicle Navigation System for Harsh GNSS Signal Conditions | H. Niedermeier, H. Beckmann, B. Eissfeller | 1589 - 1600 |
| Three-Axis Magnetometer Navigation in Suburban Areas | Jeremiah A. Shockley and John F. Raquet | 1607 - 1618 |
| Investigating the use of Rotating Foot Mounted Inertial Sensors for Positioning | C. Hide, T. Moore, C. Hill, K. Abdulrahim | 1619 - 1625 |
| A Smartpower Hybrid Positioning System | Xin Zhang, Jiangping Deng, Xing Zhao, Zhike Jia | 1626 - 1633 |
| MEMS versus FOG's for Machine Guidance and Control | N. El-Sheimy, C. Goodall, W. Abdelfatah, M.M. Atia, B. Scannell | 1634 - 1640 |
| On the Evaluation of Galileo E5 AltBOC Signals for GNSS-INS Integration | Hugo D. Lopes, Pedro F. Silva, Joao S. Silva | 1641 - 1650 |
| Performance Analysis of a Deep Integration with Controllable Tracking Loops in High Dynamic Environments | Rongbing Li, Fei Xie, Junyi Huang, Jianye Liu | 1651 - 1657 |
| Robust Attitude Estimation for Indoor Pedestrian Navigation Application using MEMS Sensors | Mahesh Chowdhary, Manish Sharma, Arun Kumar, Sankalp Dayal, Mayank Kumar | 1658 - 1665 |
| An Integrated Research Platform for Real-time Deeply Integration | Tisheng Zhang, Xiaoji Niu, Hongping Zhang, Di Zhang, Yalong Ban | 1666 - 1673 |
| Integrated Navigation and Data Matching for Vehicle Augmented Reality System | Seong Yun Cho, Munkhzul Enkhtur, Kyong-Ho Kim | 1674 - 1678 |
| Evaluation of Doppler Frequency Aiding for GPS/INS Integration System | Yan Zhao, Jing Yang, Falin Wu and Cai Hu | 1679 - 1685 |
| BeiDou Navigation Satellite System - of China, for the World | Xiancheng Ding and Jian Yang | 1686 - 1727 |
| Positioning Performance and Contribution of COMPASS | Yuanxi Yang | 1728 - 1761 |
| Closed-loop Testing of GNSS RF Constellation Simulators: Using High Performance Software Receiver | Yanhong Kou, Zhengwen Zhang, Haitao Zhang | 1762 - 1791 |
| Application of COMPASS in Civil Application of China | Rui Xue | 1792 - 1823 |
| Research on GNSS Time Interoperability | Xiaochun Lu, Xiaohui Li, Shaowu Dong | 1824 - 1851 |
| Design Technology and Tests for Multi GNSS Receiver | Shaowei Han | 1852 - 1875 |
| Optimized Modulation and Multiplexing for COMPASS B1C Signal | Mingquan Lu and Jun Shen | 1876 - 1904 |
| Standard Positioning Performance and Precise Application of BeiDou | Qile Zhao, Zhigang Hu, Jing Guo, Ming Li, Dongkai Yang | 1905 - 1929 |
| SX-NSR-R: A Software Receiver for Next Generation Reflectometry Systems | J. Dampf, T. Pany, N. Falk, B. Riedl, J. Winkel | 1930 - 1940 |
| Error Analysis of Sea Surface Wind Speed Estimation Based on GNSS Airborne Experiment | K. Yu, C. Rizos, A.G. Dempster | 1941 - 1946 |
| The Performance Analysis of a UAV Borne Direct Georeferenced Photogrammetric Platform in GCP Free Applications | Meng-Lun Tsai and Chien-Hsun Chu | 1947 - 1964 |
| INS/GPS/SAR Integrated Navigation With Image Geocoding | Martin Espana | 1965 - 1971 |
| Scintillation Characteristics Across the GPS Frequency Band | Charles S. Carrano, Keith M. Groves, William J. McNeil, and Patricia H. Doherty | 1972 - 1989 |
| The ROSA Project for Radio-Occultation: Findings and Current Status | L. Marradi, A. Zin, S. Zago, S. Landenna, E. Mangolini, V. Catalano, R. Notarpietro, S. Radicella, B. Nava | 1990 - 1997 |
| Impact of Ionospheric Scintillation on Spaceborne SAR Observations Studied Using GNSS | Xiaoqing Pi, Franz J. Meyer, Kancham Chotoo, Anthony Freeman, Ronald G. Caton, and Christopher T. Bridgwood | 1998 - 2006 |
| Single-frequency Ionospheric Profiles from the CANX-2 Nano-satellite | Michael Swab, Kyle O'Keefe, Susan Skone | 2007 - 2021 |
| Evaluation Test of GPS Local Area Remote Sensing System | Jian Cui and Nobuyoshi Kouguchi | 2022 - 2028 |
| Ionospheric Scintillation Monitoring Using GPS Based Space Weather Monitor | G. Crowley, I. Azeem, A. Reynolds, J. Santana, O. de la Beaujardiere, P. Roddy, G. Wilson | 2029 - 2037 |
| Mixed One-way and Two-way Ranging to Support Terrestrial Alternative Position Navigation & Timing | Jiangping Chu | 2034 - 2039 |
| Vector Tracking with a Multi Antenna GNSS Receiver | M. Cuntz, A. Konovaltsev, C. Hättich, G. Kappen, M. Meurer | 2050 - 2056 |
| The Need for a Robust Precise Time and Frequency Alternative to Global Navigation Satellite Systems | Mitch Narins, Per Enge, Ben Peterson, Sherman Lo, Yu-Hsuan Chen, Dennis Akos, Michael Lombardi | 2057 - 2062 |
| Robust Time Synchronization Methods for Future APNT | M. Suess, B. Belabbas, J. Furthner and M. Meurer | 2063 - 2072 |
| The UHARS Non-GPS Based Positioning System | Desiree Craig, Derek Ruff, Steve Hewitson, Joel Barnes and John Amt | 2073 - 2082 |
| Performance Evaluation of A Novel Terrain Aiding Algorithm for GNSS Tracking in Forested Environments | C. Danezis and V. Gikas | 2083 - 2090 |
| Performance of Current Distance Measuring Equipment and Implications on Alternative Position Navigation and Timing for Aviation | Matt Harris, Tim Murphy, Robert W. Lilley, Robert H. Erikson | 2091 - 2103 |
| Performance Analysis and Flight Data Results of Innovative Vision-based Navigation in GPS-denied Environment | B. Polle | 2104 - 2115 |
| Flight Testing the GAST D Solution at DLR's GBAS Test Bed | Michael Felux, Thomas Dautermann, Boubeker Belabbas | 2116 - 2122 |
| GBAS GAST D Parametric Study and Availability Simulations to Support Category III Operations | Laurent Azoulai, Fabien Souchon, Cedric Brunet, Andreas Lipp, David Duchet | 2123 - 2140 |
| Generation of Precise Long-Term Orbit and Clock Prediction Products for A-GNSS | Miguel M. Romay, Maria D. Lainez | 2133 - 3139 |
| Analysis of GPS Pseudorange Natural Biases using a Software Receiver | Sanjeev Gunawardena and Frank van Graas | 2141 - 2149 |
| Measuring Code-Phase Differences due to Inter-Satellite Hardware Differences | Gabriel Wong, Yu-Hsuan Chen, R. Eric Phelts, Todd Walter, Per Enge | 2150 - 2158 |
| Data Quality Improvements and Applications of Long-Term Monitoring of Ionospheric Anomalies for GBAS | Minchan Kim, Jiyun Lee, Sam Pullen, Joseph Gillespie | 2159 - 2174 |
| Ionosphere Gradient Detection for Cat III GBAS | Randy Reuter, Doug Weed and Mats Brenner | 2175 - 2183 |
| Absolute Gradient Monitoring for GAST-D with a Single-frequency Carrier-phase Based and Code-aided Technique | Susumu Saito, Takayuki Yoshihara, and Seigo Fujita | 2184 - 2190 |
| Distributed Ionosphere Monitoring by Collaborating Mobile Receivers | Okuary Osechas and Jason Rife | 2191 - 2200 |
| Carrier Phase and Code Based Absolute Slant Ionosphere Gradient Monitor for GBAS | Boubeker Belabbas and Michael Meurer | 2201 - 2208 |
| Integrity Risk Analysis for Double Satellite Ephemeris Fault Events of Regional Augmentation System | Zhipeng Wang, Jun Zhang, Yanbo Zhu, Rui Xue | 2209 - 2215 |
| Time Diferencing and Filtering Technique for Mitigating Errors in GPS Carrier Phase and Pseudorange Observations | John A. Momoh | 2216 - 2230 |
| A Comparative Study of Mathematical Modelling for GPS/GLONASS Real-Time Kinematic (RTK) | Al'Shaery, S. Zhang, S. Lim, C. Rizos | 2231 - 2238 |
| Improvement of Processing Time of GNSS Data for Point Positioning Through Parallel Computing | M. Khoshmanesh and A. Abouhamzeh | 2239 - 2248 |
| Using LEO GNSS Data for Precise Calibration of Space HW Biases | J. David Calle Calle, Irma Rodriguez Perez, Marta Cueto Santamaria, Esther Sardon Perez, F. Amarillo | 2249 - 2258 |
| RAIM with Kalman Code Carrier Smoothing | Nicolas Martin, David Depraz, Herve Guichon | 2259 - 2274 |
| Evaluating the Probability of Correctly Identifying a Fault in GNSS Positioning | Ling Yang, Nathan L. Knight, Jinling Wang | 2275 - 2284 |
| Verification of High Integrity and Continuity Reference Receiver | Massimo Crisci and Herve Guichon | 2285 - 2300 |
| A Smart Format Floating-point Engine for GNSS Receiver | Hongbin Zhou, Rendong Ying, Peilin Liu, Ji Kong | 2301 - 2306 |
| Adaptive Ionosphere Electron Content Estimation Method | Sébastien Trilles, Gonzague de la Hautière, Mathias van den Bossche | 2307 - 2315 |
| Combination Forecasting Algorithm and Effectiveness Evaluation for DGPS Carrier Phase and Pseudo-range Correction Prediction | ChengJun Guo, Zhong Tian, XinChun Zhang, Zhi Chen | 2316 - 2325 |
| Performance Analysis of the FPGA-based Software Defined GPS Receiver | Ya-Tzu Chen and Shau-Shiun Jan | 2326 - 2332 |
| Assessment of Vector-Tracking-Loop Performance Under Radio Frequency Interference Environments | Sun-Jun Ko, Bernd Eissfeller, Jong-Hoon Won, and Thomas Pany | 2333 - 2341 |
| GPS-Based Attitude Determination for a Spinning Rocket | Karen Q.Z. Chiang, Mark L. Psiaki, Steven P. Powell, Robert J. Miceli, Brady W. O'Hanlon | 2342 - 2350 |
| Moon-to-Earth: Eavesdropping on the GRAIL Inter-spacecraft Time-transfer Link Using a Large Antenna and a Software Receiver | Stephan Esterhuizen | 2351 - 2356 |
| Assisted-GPS Based Snap-shot GPS Receiver with FFT-accelerated Collective Detection: Time Synchronisation and Search Space Analysis | Joon Wayn Cheong, Jinghui Wu, Andrew G. Dempster, Chris Rizos | 2357 - 2370 |
| Performance Analysis of GPU Based GNSS Signal Processing | Ulrich Haak, Hans-Georg Büsing, Prof. Peter Hecker | 2371 - 2377 |
| A Flexible and Portable Multiband GNSS front-end System | Alexander Ruegamer, Frank Foerster, Manuel Stahl, Guenter Rohmer | 2378 - 2389 |
| Design and Verification of Built-in IF Data Record and Playback Function in GNSS Receivers | Tisheng Zhang, Hongping Zhang, Kunlun Yan, Jinfeng Liu, Xiaoji Niu | 2390 - 2397 |
| Implementation of the Unscented Kalman Filter and a Simple Augmentation System for GNSS SDR Receivers | R. Capua and A. Bottaro | 2398 - 2407 |
| Continuous Indoor Positioning Using GNSS, Wi-Fi, and MEMS Dead Reckoning | J. Blake Bullock, Mahesh Chowdhary, Dimitri Rubin, Donald Leimer, Greg Turetzky, Murray Jarvis | 2408 - 2416 |
| A Preliminary Research on Time-difference-of-arrival (TDOA) Based Indoor Optical Positioning | H. Xu, M. Niu, X. Zhang, X. Zhan | 2417 - 2421 |
| Visual Gyroscope and Odometer for Pedestrian Indoor Navigation with a Smartphone | Laura Ruotsalainen | 2422 - 2431 |
| An Improved Personal Dead-Reckoning Algorithm for Dynamically Changing Smartphone User Modes | A. S. Ali, S. Siddharth, N. El-Sheimy, Z.F. Syed | 2432 - 2439 |
| Indoor Navigation with iPhone/iPad: Floor Plan Based Monocular Vision Navigation | Bei Huang and Yang Gao | 2440 - 2449 |
| Towards a Practical Indoor Lighting Positioning System | Ahmed Arafa, Richard Klukas, Jonathan F. Holzman and Xian Jin | 2450 - 2453 |
| Utilizing Visual Measurements for Obtaining Robust Attitude and Positioning for Pedestrians | Laura Ruotsalainen, Jared Bancroft, Heidi Kuusniemi, Gerard Lachapelle, Ruizhi Chen | 2454 - 2461 |
| 3D Image-based Navigation in Collaborative Navigation Environment | Andrew Zaydak, Charles K. Toth, Dorota A. Grejner-Brzezinska, Bence Molnar, Yudan Yi and J.N. Markiel | 2462 - 2468 |
| Augmenting Cell Phone Geolocation via Magnetic Mapping | Yan Cui and Kartik B. Ariyur | 2469 - 2473 |
| Status of Galileo | Hillar Tork | 2474 - 2502 |
| IOV Status and Results | Thomas Burger | 2503 - 2549 |
| Galileo Signals and the Open Service Signal-in-Space Interface Control Document | Dominic Hayes | 2550 - 2571 |
| Galileo Integrated Approach to Service Provision | Marco Lisi | 2572 - 2596 |
| Galileo Services Overview | Hillar Tork | 2597 - 2655 |
| Fostering European GNSS Adoption | Fiammetta Diani | 2656 - 2681 |
| Discriminating Underground Nuclear Explosions and Earthquakes in GPS-detected Traveling Ionospheric Disturbances: Case Study | Jihye Park, Dorota A. Grejner-Brzezinska, R.R.B. von Frese, Y. Jade Morton | 2682 - 2691 |
| Ionospheric Monitoring Using "Integer-Levelled" Observations | Simon Banville, Wei Zhang, Reza Ghoddousi-Fard and Richard B. Langley | 2692 - 2701 |
| GNSS-BICS - GNSS Bias Calibration System | P. D'Angelo, J. Pulido, A. Fernandez, J. Bandeiras, P. Vieira, P. Silva, M. Bento, F. Amarillo | 2702 - 2708 |
| Characterization of Equatorial Ionospheric Features on the Verge of the Next Solar Cycle Maximum | M. Cueto, S. Magdaleno, A. Cezon, E. Sardon | 2709 - 2721 |
| High Latitude Scintillation Analysis for Marine and Aviation Applications | F. Ghafoori and S. Skone | 2722 - 2730 |
| Preliminary Investigation of Solar Cycle 24 Storms and their Effects on SBAS Navigation | Seebany Datta-Barua, Gary S. Bust, Todd Walter, Geoff Crowley | 2731 - 2741 |
| Integrity for Advanced Precise Positioning Applications | Miguel M. Romay Merino, Maria D. Lainez | 2742 - 2758 |
| Advanced Fault Detection and Exclusion with Future GNSS Constellations | Shih-Yih (Ryan) Young and Mahesh Surathu | 2758 - 2769 |
| An Analytical Evaluation for Hazardous Failure Rate in a Satellite-based Train Positioning System with Reference to the ERTMS Train Control Systems | A. Neri, A. Flip, F. Rispoli, A.M. Vegni | 2770 - 2784 |
| RAIM Detector and Estimator Design to Minimize the Integrity Risk | Mathieu Joerger, Fang-Cheng Chan, Steven Langel, and Boris Pervan | 2785 - 2807 |
| Integrity Performance of an ARAIM Algorithm - PORIMA:Two-Year GPS SIS Monitoring Results | Hua Su, Patrick Rosenthal and Frederic Narbonne | 2808 - 2817 |
| The GATE Test Infrastructure and its Use for Galileo Integrity Tests to Support ESA`s European GNSS Evolution Programme | E. Wittmann, T. Zink, G. Heinrichs, D. Lekaim, H. Delfour, D. Joly, M. Jeannot, M. Tossaint | 2818 - 2827 |
| Advanced RAIM user Algorithm Description: Integrity Support Message Processing, Fault Detection, Exclusion, and Protection Level Calculation | Juan Blanch, Todd Walter, Per Enge, Young Lee, Boris Pervan, Markus Rippl, Alex Spletter | 2828 - 2849 |
| A Framework for Analyzing Architectures that Support ARAIM | Juan Blanch, Todd Walter, Per Enge, Young Lee, Boris Pervan, Markus Rippl, Alex Spletter | 2850 - 2857 |
| Multi-Constellation RAIM in the Presence of Multiple Faults-a Bottom Up Approach | Shaojun Feng, Altti Jokinen and Washington Ochieng, Carl Milner | 2858 - 2867 |
| Personal Privacy Device Interference in the WAAS | B.J. Potter, Karl Shallberg, Joe Grabowski | 2868 - 2874 |
| GNSS Spoofing Detection Based on Receiver C/No Estimates | Vahid Dehghanian, John Nielsen, Gerard Lachapelle | 2878 - 2884 |
| In-Car GNSS Jammer Localization with a Vehicular Ad-Hoc Network | D. Fontanella, R. Bauernfeind, B. Eissfeller | 2885 - 2893 |
| Status of Signal Authentication Activities within the GNSS Authentication and User Protection System Simulator (GAUPSS) Project | O. Pozzobon, C. Sarto, A. Dalla Chiara, A. Pozzobon, G. Gamba, M. Crisci, R.T. Ioannides | 2894 - 2900 |
| Civilian GPS Jammer Signal Tracking and Geolocation | Ryan H. Mitch, Mark L. Psiaki, Brady W. O'Hanlon, Steven P. Powell and Jahshan A. Bhatti | 2901 - 2920 |
| Considerations for GPS Spectrum Interference Standards | Christopher J. Hegarty | 2921 - 2929 |
| Interference Localisation within the GNSS Environmental Monitoring System (GEMS) - Initial Field Test Results | Matthew Trinkle, Ediz Cetin, Ryan J.R. Thompson and Andrew G. Dempster | 2930 - 2939 |
| Weak GPS Interference Direction of Arrival Estimation Using GPS Signal Cancellation | Zili Xu and Matthew Trinkle | 2940 - 2945 |
| The RTCM Multiple Signal Messages: A New Step in GNSS Data Standardization | Alexey Boriskin, Dmitry Kozlov, Gleb Zyryanov | 2947 - 2955 |
| Proposed NAV Data Signal Design for Optimal TTFF in a Single Frequency IRNSS Receiver | Vyasaraj Guru Rao, Sumadhva B Pappu, Gerard Lachapelle | 2956 - 2967 |
| Design and Implementation of a Single-Frequency L1 Multiconstellation GPS/EGNOS/GLONASS SDR Receiver with NIORAIM FDE Integrity | Sabina Viola, Michele Mascolo, Paola Madonna, Luca Sfarzo, Mauro Leonardi | 2968 - 2977 |
| Integration of A Consumer Single-chip Receiver for Multi-Constellation GNSS | Chin-Tang Weng, Chih-Wei Chen, Sheng-Yu Huang, Kuan-I Li | 2978 - 2985 |
| Using the Universal Software Radio Peripheral (USRP N210) as a RF Front-End for a Wide-Band Multi-Constellation GNSS Signal Receiver | Ningyan Guo, Staffan Backen, Dennis Akos | 2986 - 2994 |
| Origin and Compensation of GLONASS Inter-frequency Carrier Phase Biases in GNSS Receivers | J-M. Sleewaegen, A. Simsky, W. De Wilde, F. Boon, T. Willems | 2995 - 3001 |
| A Digitally Configurable Receiver for Multi-Constellation GNSS | Alper Ucar, Yacine Adane, and Izzet Kale | 3002 - 3006 |
| Robust Joint Multi-Antenna Spoofing Detection and Attitude Estimation using Direction Assisted Multiple Hypotheses RAIM | Michael Meurer, Andriy Konovaltsev, Manuel Cuntz, Christian Hättich | 3007 - 3016 |
| Model-Based Multipath Estimation Technique for GPS Receivers | Deok Won Lim, Moon Beom Heo, Heon Ho Choi, Sang Jeong Lee | 3017 - 3026 |
| Improving Real-time PPP Ambiguity Resolution with Ionospheric Characteristic Consideration | Xingxing Li | 3027 - 3037 |
| Aspects of Using the QZSS Satellite in the Trimble CenterPointTM RTXTM Service: QZSS Orbit and Clock Accuracy, RTX Positioning Performance Improvements | Herbert Landau, Markus Glocker, Adrian Kipla, Rodrigo Leandro, Markus Nitschke, Ralf Stolz, Feipeng Zhang | 3038 - 3045 |
| Nexteq's Integer Ambiguity-Resolved Precise Point Positioning System | Landon Urquhart, Yufeng Zhang, Suen Lee, Jianping Chan | 3046 - 3054 |
| External Ionospheric Constraints for Improved PPP-AR Initialisation and a Generalised Local Augmentation Concept | Paul Collins, Francois Lahaye and Sunil Bisnath | 3055 - 3065 |
| Demonstrating In-The-Field Real-Time Precise Positioning | Álvaro Mozo, J. David Calle, Pedro Navarro, Ricardo Piriz, Daniel Rodriguez, Guillermo Tobias | 3066 - 3076 |
| Real-time Clock Jump Detection and Repair for Precise Point Positioning | Fei Guo and Xiaohong Zhang | 3077 - 3088 |
| Developments on Global Centimeter-level GNSS Positioning with Trimble CenterPoint RTXTM | Rodrigo Leandro, Victor Gomez, Ralf Stolz, Herbert Landau, Markus Glocker, Ralf Drescher, Xiaoming Chen | 3089 - 3096 |
| Instantaneous Cycle Slip Detection, Code Multipath Mitigation and Improved Ionospheric Correction for Enhanced GPS Single-Frequency Positioning | John A. Momoh and Marek Ziebart | 3097 - 3112 |
| Why Insignificant Improvement on the Height Component by PPP Ambiguity Resolution? | J. Shi and Y. Gao | 3113 - 3121 |
| A Comparison of Feature Extraction and Selection Techniques for Activity Recognition using Low-cost Sensors on a Smartphone | Sara Saeedi, Zainab Syed and Naser El-Sheimy | 3140 - 3146 |
| Real-time, Continuous and Reliable Consumer Indoor/Outdoor Localization for Smartphones | Zainab Syed, J. Georgy, A.S. Ali, H-W. Chang, M.M. Atia | 3147 - 3153 |
| Android GPS Jammer Localizer Application Based on C/N0 Measurements and Pedestrian Dead Reckoning | I. Kraemer, P. Dykta, R. Bauernfeind and B. Eissfeller | 3154 - 3162 |
| Motion-Awareness 3D PDR System in GPS-Denied Environment using Smartphone | Beomju Shin, Jung Ho Lee, Jae Hun Kim, Chulki Kim, Seok Lee, Young Tai Byun, Doohee Yun and Taikjin Lee | 3163 - 3168 |
| Precise Augmented Reality Enabled by Carrier-Phase Differential GPS | Daniel P. Shepard, Kenneth M. Pesyna, Jr., and Todd E. Humphreys | 3169 - 3184 |
| Thermal Vibration's Impacts on a GPS Receiver in a Mobile Phone with Limited PCB Area and Placement | T-Y. Chiou, S-T. Wu, A-B. Chen | 3185 - 3191 |
| Assessment of Time Delays and Synchronization Errors in Real-time INS/GNSS Systems and its Impact on the Navigation Performance | Heba N. Abu Abdelsalam, Mohamed M. Atia, Chris Goodall, Aboelmagd Noureldin, Naser El-Sheimy | 3192 - 3197 |
| QZSS, the System Description Technical and Application Demonstrations | Satoshi Kogure | 3198 - 3213 |
| Design and Technical Status of the 1st QZS "MICHIBIKI" | M. Kishimoto, E. Myojin and S. Kogure | 3214 - 3232 |
| QZ-vision to Connect the QZSS and the People | Kiyoshi Yajima | 3233 - 3261 |
| QZ-tec: The Verification System | Lighthouse Technology and Consulting Co., Ltd. | 3262 - 3277 |
| Application Demonstrations | Koki Asari | 3278 - 3294 |
| The Tour of "IS-QZSS" - Providing a Summary | Hiroaki Maeda | 3295 - 3305 |
| The L1-SAIF Signal: How was it Designed to be Used | Takeyasu Sakai | 3306 - 3330 |
| The LEX Signal, How is it Used? | Satoshi Kogure | 3331 - 3353 |
| Centimeter-class Augmentation System (CMAS) | ION-L5 | 3354 - 3365 |
| Future Plan of the Quasi-Zenith Satellite System | Office of National Space Policy, Cabinet Office, Government of Japan | 3366 - 3379 |
| Detection of Atmospheric Turbulence in GPS-RO Amplitude Spectra | Elliot H. Barlow, Penina Axelrad, Scott Palo, Larry Cornman, R. Kent Goodrich | 3380 - 3391 |
| Advanced Usage of GPS Slant Delay for Detecting Water Vapor Variation Over the Osaka Bay | S. Oishi, K. Tsuchiya, A. Wada, T. Iwabuchi, E. Nakakita | 3392 - 3397 |
| Slant Tropospheric Delay Estimation Using the Integration of Operational Numerical Weather Modelling and CORS Observations | Lei Yang, Chris Hill, Chris Hide and Terry Moore | 3398 - 3405 |
| Analysis of the Temporal and Spatial Variability of the Wet Troposphere at a Local Scale by High-rate PPP Using a Dense GNSS Network | Eugenio Realini, Toshitake Tsuda, Kazutoshi Sato, Masanori Oigawa, Yuya Iwaki | 3406 - 3412 |
| Ionosphere Scintillation Signal Parameters Modeling Based on Triple Frequency Software GNSS Receiver Measurements | Senlin Peng, Yu Morton, Wouter Pelgrum | 3413 - 3419 |
| Kalman Filter Based Robust GNSS Signal Tracking Algorithm in Presence of Ionospheric Scintillations | Christophe Macabiau, Lina Deambrogio, Valentin Barreau, Willy Vigneau, Jean-Jacques Valette, Geraldine Artaud, Paul Thevenon, Lionel Ries | 3420 - 3434 |
| Performances of GPS Signal Observables Detrending Methods for Ionosphere Scintillation Studies | Fei Niu, Yu Morton, Steve Taylor, Wouter Pelgrum, A.J. Van Dierendonck | 3435 - 3443 |
| New Correction Approaches for Mitigating Ionospheric Higher Order Effects in GNSS Applications | M.M. Hoque and N. Jakowski | 3444 - 3453 |
| GPS Precipitable Water Vapor Dataset for Climate Science | M. Fujita, A. Wada, T. Iwabuchi, C. Rocken | 3454 - 3458 |
| Spatial Characterization of High Latitude Ionosphere Scintillations | Jun Wang, Yu Morton, Qihou Zhou, Wouter Pelgrum | 3459 - 3464 |
| Detection and Characterization Algorithm of Swept Continuous Wave Interference for Safe GBAS Operation | Chang Ho Kang, Sun Young Kim, Jeong Kwan Yang, Chan Gook Park | 3465 - 3470 |
| A GBAS Receiver Prototype Based on FPGA for Integrity Monitoring Test-bed | Chien-Ho Chen and Shau-Shiun Jan | 3471 - 3480 |
| SBAS in Urban Environment: Scenarios, Applicability and Challenges | U. Bestmann, S. Batzdorfer, M. Becker, T. Scheide, P. Hecker | 3481 - 3487 |
| EVT-SIAM: A Tool Based on Extreme-Value Theory for the Assessment of SBAS Accuracy and Integrity | Guillaume Buscarlet, Jean-Marc Azaïs, Sébastien Gadat, Norbert Suard | 3488 - 3495 |
| Adaptive Ionosphere Delay Prediction Algorithm Based on Re-sampling Method | Yang Liu, Jun Zhang, Yanbo Zhu | 3496 - 3504 |
| Sensitivity Analysis of Code Carrier Divergence Monitor Algorithms | Youngsun Yun, Jeongho Cho and Moon-Beom Heo | 3505 - 3511 |
| Relative Navigation System for Manned and Unmanned Vehicles | S. Moafipoor, L. Bock, J.A. Fayman | 3512 - 3522 |
| Flight Test Results of Navigating an Aircraft by use of a Position Potential Prediction Model | Adam Ciecko, Janusz Cwiklak, Marek Grzegorzewski, Stanislaw Oszczak | 3523 - 3529 |
| Performance Comparison of Transformed-Domain Techniques for Pulsed Interference Mitigation | Fabio Dovis, Luciano Musumeci, Jaron Samson | 3530 - 3541 |
| Pre- and Post-Correlation GNSS Interference Detection within Software Defined Radio | Kevin Sheridan, Yeqiu Ying, Timothy Whitworth | 3542 - 3548 |
| FPGA Implementation Issues of a Two-pole Adaptive Notch Filter for GPS/Galileo Receivers | Micaela Troglia Gamba, Emanuela Falletti, Davide Rovelli, Alberto Tuozzi | 3549 - 3557 |
| Vehicle Impact on Personal Privacy Device (PPD) Performance | Daniel N. Aloi and Ashley R. Steffes | 3558 - 3562 |
| Time-Frequency Based Intentional Interference Suppression Techniques in GNSS Receivers | Ayse Sicramaz Ayaz, Roland Bauernfeind, Thomas Pany and Bernd Eissfeller | 3563 - 3568 |
| The Texas Spoofing Test Battery: Toward a Standard for Evaluating GPS Signal Authentication Techniques | Todd Humphreys, Jahshan Bhatti, Daniel Shepard, and Kyle Wesson | 3569 - 3583 |
| Real-Time Spoofing Detection Using Correlation Between two Civil GPS Receiver | Brady W. O’Hanlon, Mark L. Psiaki, Todd E. Humphreys, Jahshan A. Bhatti | 3584 - 3590 |
| Evaluation of Smart Grid and Civilian UAV Vulnerability to GPS Spoofing Attacks | Daniel P. Shepard, Jahshan A. Bhatti, Todd E. Humphreys, Aaron A. Fansler | 3591 - 3605 |
| Quasi-Cylic LDPC Codes and Its Application for Compass | Jiuchao Qian, Rendong Ying, Kai Chen, Peilin Liu, Wenxian Yu | 3606 - 3612 |
| New Birds in the Sky - Signal in Space (SIS) Analysis of New GNSS Satellites | Steffen Thoelert, Johann Furthner and Michael Meurer | 3613 - 3619 |
| On the Determination of C/A Code Self-Interference with Application to RFC Analysis and Pseudolite Systems | Cillian O’Driscoll, Joaquim Fortuny-Guasch | 3620 - 3631 |
| Construction of a Sun Sensor for Geolocation and Orientation | Cheng Liu and Kartik B. Ariyur | 3627 - 3635 |
| New Approach for Tsunami Detection Based on RTK-GNSS Using Network of Ships | R. Nakasone and N. Kubo | 3636 - 3641 |
| A Review of Space Weather Events and the Potential Impact on Marine AtoN Services | Alan Grant, George Shaw and Nick Ward | 3642 - 3650 |
| Maritime Volumetric Navigation System | Klaus Aichhorn, Carlos de la Cuesta de Bedoya, Philipp Berglez, Marcos Lopez Cabeceira, Markus Troger, Albert Kemetinger | 3651 - 3657 |
| ACCSEAS an e-Navigation Test Bed in Europe | Martin Bransby and George Shaw | 3658 - 3664 |
| USCG NDGPS Accuracy and Spatial Decorrelation Assessment | Gregory W. Johnson, Christian Oates, Mark Wiggins, Peter F. Swaszek, Alex T. Page, Richard J. Hartnett, Allen B. Cleveland | 3665 - 3674 |
| Satellite Bias Determination with Global Station Network and Best-Integer Equivariant Estimation | Z. Wen, P. Henkel, A. Brack and C. Gunther | 3675 - 3682 |
| Precise Point Positioning with GPS Dual-Frequency Carrier-Phase Measurements using WADGPS Corrections | Hyunho Rho and Richard B. Langley | 3683 - 3695 |
| RTK-PPP Algorithms using GNSS Observables from Few Satellites | A. Chabata, Y. Suzuki, Y. Kubo and S. Sugimoto | 3696 - 3707 |
| Improving Fixed-ambiguity Precise Point Positioning (PPP) Convergence Time and Accuracy by using GLONASS | Altti Jokinen, Shaojun Feng, Wolfgang Schuster, Washington Ochieng, Chris Hide, Terry Moore, Chris Hill, Carl Milner | 3708 - 3727 |
| A Fast Integer Ambiguity Resolution Method for PPP | J. Shi and Y. Gao | 3728 - 3734 |
| SBAS-based Single and Dual Frequency Precise Point Positioning | L. Wanninger and A. Hesselbarth | 3735 - 3741 |
| Reduction of Precise Point Positioning Convergence Period | Garrett Seepersad and Sunil Bisnath | 3742 - 3752 |
| Cycle-Slip Correction for Single-Frequency PPP | Simon Banville and Richard B. Langley | 3753 - 3761 |
| Navigation Application to an Autonomous Lawnmower | Ronald Dexter, Brian Roadruck, Nicholas Baine, Kuldip S. Rattan, Scott Thomas, and John Gallagher | 3762 - 3772 |
| Laser-Guided Autonomous Snowplow Design | Samantha Craig, Ryan Kollar, Kuangmin Li, Pengfei Duan, Wouter Pelgrum, Frank van Graas, Maarten Uijt de Haag | 3773 - 3790 |
| A Low Cost Multi-Sensors Navigation Solution for Sport Performance Assessment | Hsiu-Wen Chang, Jacques Georgy, Naser El-Sheimy | 3791 - 3798 |
| Performance of A GNSS Receiver Under Portable Vibration | H-J. Chen, C-W. Chen, T-Y. Chiou,W-C. Lai | 3799 - 3804 |
| Development of a Fall Alarm System Based on Multi-sensor Integration | Falin Wu, Cai Hu, Hengyang Zhao and Yan Zhao | 3805 - 3813 |
| Assessing Terrestrial Wireless Communications and Broadcast Signals as Signals of Opportunity for Positioning and Navigation | Chun Yang, Thao Nguyen, Erik Blasch, Di Qiu | 3814 - 3824 |
| Wide-Area "Sky-Free" Positioning, Navigation, Timing and Data | Arthur Helwig, Gerard Offermans, Charles Schue | 3825 - 3833 |
| Orbital Diversity for Satellite Navigation | Per Enge, Bart Ferrell, Jeff Bennett, David Whelan, Greg Gutt and David Lawrence | 3834 - 3846 |
| Experimental Study of UWB-OFDM SAR for Indoor Navigation with INS Integration | Kyle Kauffman, John Raquet, Yu Morton, Dmitriy Garmatyuk | 3847 - 3852 |
| Ranging/Timing Using the NDGPS Signal | Peter F. Swaszek, Simon Barr, Gregory W. Johnson, Richard J. Hartnett, Allen B. Cleveland | 3853 - 3862 |
| Main Results of The Past GLONASS Program. Objectives and Tasks of the New Federal Program of GLONASS Sustainment, Development and Use | Sergey Revnivykh | 3863 - 3877 |
| GLONASS Signals and Augmentations | Sergey Karutin | 3878 - 3911 |
| GLONASS Space Segment: Satellite Constellation, GLONASS-M and GLONASS-K Spacecraft, Main Features | R. Fatkulin, V. Kossenko, S. Storozhev, V. Zvonar, V. Chebotarev | 3912 - 3930 |
| GLONASS Ground Control Segment: Orbit, Clock, Time Scale and Geodesy Definition | Sergey Revnivykh | 3931 - 3949 |
| Generating and Transferring the National Time Scale in GLONASS | Andrey Shchipunov | 3950 - 3962 |
| GLONASS Performance Monitoring | Sergey Revnivykh and Ekaterina Oleynik | 3963 - 3978 |
| GLONASS Application Technologies Implementation | Olga Nugaeva | 3979 - 4003 |
