| Title | Author | Pages |
|---|
| An Extreme Test for Autonomous Driving Systems | Pier Paolo Porta | 1 - 54 |
| Ubiquitous Positioning: Are we there yet? | Chris Rizos | 55 - 94 |
| Development of BeiDou Navigation Satellite System | Xiancheng Ding | 95 - 125 |
| BeiDou Coordinate and Time Reference Systems | Yuanxi Yang | 126 - 173 |
| Positioning Performance Analysis of the Current COMPASS Constellation | Mingquan Lu and Jingjun Guo | 174 - 207 |
| Preliminary Results of GPS/Compass Integrated Positioning and Navigation | Yuanxi Yang | 208 - 246 |
| Analysis of the GNSS Augmentation Technology Architecture | Jinping Chen | 247 - 266 |
| Live COMPASS Signal Monitoring, Tracking, and Positioning Results: Using a Multi-constellation Multi-frequency Software Receiver | Yanhong Kou | 267 - 292 |
| COMPASS Industry Development in China | Yanping Zhao | 293 - 303 |
| RedBlade: Miami University's Multi-Functional Autonomous Robot | Ryan Wolfarth, Steven Taylor, Aditya Wibowo, Brandon Williams, Yu Morton, Peter Jamieson | 304 - 313 |
| Lane Identification with Real Time Single Frequency Precise Point Positioning: A Kinematic Trial | R.J.P. van Bree, P.J. Buist, C.C.J.M. Tiberius, B. van Arem, V.L. Knoop | 314 - 323 |
| A Comparative Study of Lidar and Camera-based Lane Departure Warning Systems | Jordan Britt, Christopher Rose, David M. Bevly | 324 - 332 |
| Air Target Detection Using Navigation Receivers Based on GPS L5 Signals | V. Behar, C. Kabakchiev, H. Rohling | 333 - 337 |
| GNSS Interference Monitoring Network Based on Detection in Automotive ITS Station Receivers | Roland Bauernfeind, Ayse Sicramaz Ayaz, Bernd Eissfeller | 338 - 345 |
| GNSS Shareware Control Software Smart Phone Applications | Stacey D. Lyle, Richard Smith, Terry Nygaard | 346 - 348 |
| Automotive Urban Assist Enabled by Satellite Navigation Technology | E. Wasle, M. Lytvyn, P. Berglez, C. Mongredien, A. Kahmann | 349 - 355 |
| A GPS/Galileo Tightly-coupled Localization System for Safety-relevant Automotive Assistance Systems | Hans-Georg Busing, Martin Escher, Tobias Scheide, Peter Hecker | 356 - 362 |
| Accurate Relative Localization for Land Vehicles with SBAS Corrected GPS/INS Integration and V2V Communication | Marcus Obst, Eric Richter, Gerd Wanielik | 363 - 371 |
| Interference Suppression for High Precision Navigation Using Vector-Based GNSS Software Receivers | Tao Lin, Mohammad Abdizadeh, Ali Broumandan, Da Wang, Kyle O'Keefe, and Gerard Lachapelle | 372 - 383 |
| Field Test: Jamming the DLR Adaptive Antenna Receiver | M. Cuntz, A. Konovaltsev, M. Sgammini, C. Hattich, G. Kappen, M. Meurer, A. Hornbostel, A. Dreher | 384 - 392 |
| Antenna Array Based GNSS Signal Acquisition: Real-time Implementation and Results | Javier Arribas, Carles Fernandez-Prades, and Pau Closas | 393 - 415 |
| Detection of Spoofing Threats by Means of Signal Parameters Estimation | Fabio Dovis, Xin Chen, Antonio Cavaleri, Khurram Ali, Marco Pini | 416 - 421 |
| Your GNSS Receiver is Really a GNSS Receiver: Isn't That So? | Ilya Khazanov, Dmitry Kozlov, Alexander Osipov, Gleb Zyryanov | 422 - 429 |
| Survey of In-Car Jammers - Analysis and Modeling of the RF Signals and IF Samples (Suitable for Active Signal Cancelation) | Thomas Kraus, Roland Bauernfeind and Bernd Eissfeller | 430 - 435 |
| Authentication of GNSS Position: An Assessment of Spoofing Detection Methods | Yves Bardout | 436 - 446 |
| Positioning with Mixed Signals of Opportunity | Chun Yang, Thao Nguyen, Di Qiu, Jared Casper, and Morgan Quigley | 447 - 456 |
| Aircraft Landing System Utilizing a GPS Receiver with Position Prediction Functionality | J. Bialy, A. Ciecko, J. Cwiklak, M. Grzegorzewski, P. Koscielniak, J. Ombach, S. Oszczak | 457 - 467 |
| Impacts of ADS-B Service Availability Prediction Requirements on Scheduled Airline Operations | Matt Harris and Tim Murphy | 468 - 482 |
| Simulation Model to Evaluate Collision Avoidance Methods Using Raw Measurements in the Automatic Dependent Surveillance - Broadcast | Maarten Uijt de Haag, Sudha Vana, James L. Farrell | 483 - 494 |
| A Coverage Analysis Methodology for APNT Pseudolite Ground Network | Euiho Kim | 495 - 507 |
| Joint Precision Approach and Landing System: WHY JPALS? | Eric P. Brown | 508 - 512 |
| Accounting for Tropospheric Anomalies in High Integrity and High Accuracy Positioning Applications | Samer Khanafseh, Mathieu Joerger and Boris Pervan, Axel Von Engeln | 513 - 522 |
| A Methodology to Elaborate Aircraft Localization Requirements for Airport Navigation | Audrey Guilloton, Jean-Pierre Arethens, Christophe Macabiau, Anne-Christine Escher, Damien Koenig | 523 - 535 |
| Virtual Receiver to Enhance GNSS-based Curved Landing Approaches | Franziska Kube, Steffen Schon, Thomas Feuerle | 536 - 545 |
| A New Design of Doppler Radar/FOG-SINS/Baro-altimeter Integrated Navigation System for Helicopters | Hongyang Bai and Xiaozhong Xue | 546 - 558 |
| Remote Sensing of the Earth's Lower Atmosphere During Severe Weather Events Using GPS Technology: A Study in Victoria, Australia | Suelynn Choy, Kefei Zhang, Chuan-Sheng Wang, Ying Li, Yuriy Kuleshov | 559 - 571 |
| Computation of a High-Precision GPS-Based Troposphere Product by the USNO | Sharyl Byram, Christine Hackman, Jeffrey Tracey | 572 - 578 |
| True Real-time Slant Tropospheric Delay Monitoring System with Site Dependent Multipath Filtering | Tetsuya Iwabuchi, Christian Rocken, Akira Wada, Masayuki Kanzak | 579 - 587 |
| Integer Ambiguity Resolution to Improve Accuracy and Convergence of PPP-Inferred Troposphere Estimates | J. Shi and Y. Gao | 588 - 596 |
| High Latitude Ionosphere Scintillations at GPS L5 Band | Senlin Peng, Yu Morton, Woulter Pelgrum, and Frank van Graas | 597 - 607 |
| GPS Carrier Phase Spectrum Estimation for Ionosphere Scintillation Studies | Lei Zhang and Yu Morton | 608 - 616 |
| Multi-Domain Analysis of the Impact of Natural and Man-Made Ionosphere Scintillations on GNSS signals Propagations | Wouter Pelgrum, Yu Morton, Frank van Graas, Praveen Vikram, Senlin Peng | 617 - 625 |
| Evaluation and Calibration of GNSS Receivers for Ionospheric Delay and Scintillation Measurements | R. Orus-Perez, R. Prieto-Cerdeira | 626 - 633 |
| Ionospheric Delay Forecast Using GNSS Data | M. Cueto, E. Sardon, A. Cezon, F. Azpilicueta and C. Brunini | 634 - 642 |
| Ionospheric Imaging Using GNSS: A New Approach for Canadian Polar Regions | O. al-Fanek and Susan Skone | 643 - 653 |
| The CNES Real-time PPP with Undifferenced Integer Ambiguity Resolution Demonstrator | D. Laurichesse | 654 - 662 |
| Undifferenced Ambiguity Resolution Applied to RTK | Sebastien Carcanague, Olivier Julien, Willy Vigneau, Christophe Macabiau | 663 - 678 |
| Issues in Ambiguity Resolution for Precise Point Positioning | Paul Collins and Sunil Bisnath | 679 - 687 |
| Performance Assessment of Long-baseline Integer Ambiguity Resolution with Different Observation Models | Xingwang Yu, Xiaohong Zhang, Jingnan Liu, Junbo Shi, Changsheng Cai, Yang Gao | 688 - 698 |
| A Novel Device for Autonomous Real-Time Precise Positioning with Global Coverage | D. Calle P. Navarro, A. Mozo, R. Piriz, D. Rodriguez, G. Tobias | 699 - 706 |
| Real-time Combination of GNSS Orbit and Clock Correction Streams Using a Kalman Filter Approach | Leos Mervart and Georg Weber | 707 - 711 |
| GLONASS Inter-frequency Biases and Their Effects on RTK and PPP Carrier-phase Ambiguity Resolution | Nico Reussner and Lambert Wanninger | 712 - 716 |
| GNSS Positioning of Ocean Buoys in Japan for Disaster Prevention | Masayuki Kanzaki, Yasuhiro Matsushita, Hideshi Kakimoto, Christian Rocken, Tetsuya Iwabuchi, Leos Mervart, James Johnson, Zdenek Lukes | 717 - 723 |
| Robust Multi-Antenna Acquisition in Time, Frequency and Space for a Digital Beamforming Receiver | C. Hattich, M. Cuntz, A. Konovaltsev, G. Kappen, M. Meurer | 724 - 731 |
| Electro-Textile Ground Planes for Multipath and Interference Mitigation in GNSS Antennas Covering 1.1 to 1.6 GHz | B. Rama Rao and E.N. Rosario | 732 - 745 |
| Design and Implementation of a Novel Multi-constellation FPGA-based Dual Frequency GNSS Receiver for Space Applications | Alessandro Avanzi, Paolo Tortora, Alberto Garcia-Rodriguez | 746 - 752 |
| Wide-band Signal Processing Features for Reference Station use of a PC-based Software Receiver: Cross-Correlation Tracking on GPS L2P, AltBOC and the Inter-frontend Link for up to Eight Frequency Bands | T. Pany, N. Falk, B. Riedl, T. Hartmann, J. Winkel, G. Stangl | 753 - 766 |
| Real-Time Dual-Frequency (L1/L5) GPS/WAAS Software Receiver | Yu-Hsuan Chen, Jyh-Ching Juang, David S. De Lorenzo, Jiwon Seo, Sherman Lo, Per Enge, and Dennis M. Akos | 767 - 774 |
| Efficient Numerical Integration Method of GLONASS Satellite Position Computation | Sameet Deshpande, Shubham Kumar, and Yogesh Shekar | 775 - 779 |
| GNSS-SDR: An Open Source Tool for Researchers and Developers | Carles Fernandez-Prades, Javier Arribas, Pau Closas, Carlos Aviles, Luis Esteve | 780 - 794 |
| Implementation, Test and Validation of a Vector-Tracking-Loop with the ipex Software Receiver | Jong-Hoon Won, Bernd Eissfeller, Thomas Pany | 795 - 802 |
| Dual-Tracking Multi-Constellation GNSS Front-End For High-Performance Receiver Applications | Yacine Adane, Alper Ucar, and Izzet Kale | 803 - 807 |
| A Real-time GPS Software Receiver Correlator Design for Embedded Platform | Jianwei Tao and Wenxian Yu | 808 - 812 |
| A GNSS Software Receiver for Governmental Applications | R. Capua and A. Bottaro | 813 - 823 |
| Global Positioning Systems Directorate – GPS Program Update | Bernard Gruber | 824 - 838 |
| GLONASS Status and Modernization | Sergey Revnivykh | 839 - 854 |
| Galileo Programme Status | hillar.tork | 855 - 881 |
| Development of BeiDou Navigation Satellite System | Xiancheng Ding | 882 - 912 |
| QZSS: The Japanese Quasi-Zenith Satellite System – Program Updates and Current Status | Satoshi Kogure | 913 - 945 |
| Non-Linear, Non-Gaussian Estimation for INS/GPS Integration | Thanh-Trung Duong, Kai-Wei Chiang | 946 - 953 |
| Odometer-aided Instantaneous Signal Reacquisition for Automotive GNSS Receivers | Hans-Georg Busing, Ulrich Haak, Peter Hecker | 954 - 959 |
| RTK-GPS Reliability Improvement in Dense Urban Areas | T. Shirai and N. Kubo | 960 - 967 |
| Uncertainty Aware Sensor Fusion for a GNSS-based Collision Avoidance System | Alexander Katriniok, Jan P. Maschuw, Dirk Abel, Frederick Christen, Lutz Eckstein | 968 - 978 |
| The Performance Evaluation of Low Cost MEMS IMU/GPS Integrated Positioning and Orientation Systems Using Novel DBPNNs Embedded Fusion Algorithms | Kuan-Yun Chen and Cheng-Yueh Liu | 979 - 993 |
| The Performance Analysis of 3D Map Embedded INS/GPS Fusion Algorithm for Seamless Vehicular Navigation in GPS Denied Environments | Yi-Hsuan Lee, Tsui-Ping Chen, Peng-Yu Chen, Kai-Wei Chiang | 994 - 1004 |
| Automotive Positioning Based on Bundle Adjustment of GPS Raw Data and Vehicle Trajectory | Jun-ichi Meguro, Yoshiko Kojima, Noriyoshi Suzuki, Eiji Teramoto | 1005 - 1011 |
| Improvement of an MMS Trajectory, in Presence of GPS Outage, Using Virtual Positions | M. Barbarella, S. Gandolfi, A. Burchi | 1012 - 1018 |
| Data Compression for Assisted-GPS Signal Processing | Jinghui Wu and Andrew G. Dempster | 1019 - 1027 |
| Bit Transition Cancellation Signal Acquisition Method for Modernized GPS and Galileo Signal | Sanghoon Jeon, Hyoungmin So, Ghangho Kim, Changdon Kee, Kiho Kwon | 1028 - 1039 |
| A 2-D Parallel Differential Matched Filter (PDMF) used as Correlator of GPS Acquisition for Low-Complexity Design | Chia-Wei Chen, Sih-Huan Chen, Wei-Lung Mao, Hen-Wai Tsao | 1040 - 1045 |
| A New Frequency Offset Correction Approach for Enhancing Sensitivity of GNSS Receivers | M. Sahmoudi, P. Esteves, M. Bousquet, L. Ries, G. Artaud, M.-L. Boucheret | 1046 - 1055 |
| Detection of Cycle Slips and Multipath in GNSS RTK Precise Point Positioning | M. Kamimura, R. Tomita, T. Nagano, A. Chabata, Y. Kubo, and S. Sugimoto | 1056 - 1067 |
| Mass-market L1 GPS Receivers for Mobile Mapping Applications: A Novel Approach | Paolo Dabove, Mattia De Agostino, Ambrogio M. Manzino | 1068 - 1074 |
| Satellites Orbit Design and Determination for the Australian Garada Project | Li Qiao, Chris Rizos, Andrew Dempster | 1075 - 1081 |
| A Novel Adaptive EKF GNSS Weak Signal Tracking Algorithm | Honglei Qin, Yang Liu, Tian Jin | 1082 - 1089 |
| Multi-Frequency Combined Processing for Direct and Multipath Signals Tracking Based on Particle Filtering | Nesreen I Ziedan | 1090 - 1101 |
| Precise Calibration of Adaptive Antennas for GNSS Receivers on Platforms | Andrew J. O'Brien and Inder J. Gupta | 1102 - 1110 |
| A Maximum-likelihood Based Mutual Coupling Calibration Algorithm in the Presence of Multipath for GPS Antenna Array | Zili XU, Matthew Trinkle, Douglas A. Gray | 1111 - 1119 |
| Space-Time Equalization Techniques for New GNSS Signals | Pratibha B Anantharamu, Daniele Borio, Gerard Lachapelle | 1120 - 1128 |
| A Multi-Circular Ring CRPA for Robust GNSS Performance in an Interference and Multipath Environment | Chris Bartone and Tom Stansell | 1129 - 1139 |
| Multisatellite Tracking GNSS Receivers in Multipath Environments | Kaspar Giger and Christoph Gunther | 1140 - 1151 |
| Simulation and Efficient Implementation of a Multipath Estimating Delay Locked Loop Using FIMLA Algorithm | Markus Langer, Stefan Kiesel, Karl-Friedrich Kief, Gert F. Trommer | 1152 - 1161 |
| Estimating Multipath in GNSS Signals Through a Novel Stochastic Search and Decomposition Algorithm | Marshall E. Haker and John F. Raquet | 1162 - 1172 |
| Real-Time Multipath Estimation for Dual Frequency GPS Ionospheric Delay Measurements | Robert J. Miceli, Mark L. Psiaki, Brady W. O'Hanlon, Karen Q.Z. Chiang | 1173 - 1178 |
| Compact Dual Frequency RTK Antennas | Dmitry Tatarnikov, Andrey Astakhov, Pavel Shamatulsky | 1179 - 1182 |
| GNSS Interference and Multipath Suppression Using Array Antenna | Saeed Daneshmand, Ali Broumandan and Gerard Lachapelle | 1183 - 1192 |
| Signal Amplitude-Based Multipath Envelope Fitting: A Promising Method for Short-Delay Multipath Mitigation in Space Applications | Rui Sun, Jian Guo, and Eberhard Gill | 1193 - 1205 |
| QZSS On Orbit Technical Verification Results | M. Kishimoto, E. Myojin, S. Kogure, H. Noda, K. Terada | 1206 - 1211 |
| Improvement of Positioning Performance in Urban Canyons Utilizing QZSS | Y. Sato, M. Miya, Y. Shima, M. Ssaito, J. Takiguchi, Mitsubishi Electric Corporation, J. Yamashita | 1212 - 1218 |
| Assessment on the use of S-Band for Combined Navigation and Communication | F. Soualle, T. Bey, J-J. Floch, D. Hurd, M. Notter, C. Mathew, P. Mattos, C. Mongredien | 1219 - 1233 |
| Optimized Modulation for Compass B1-C Signal with Multiple Processing Modes | Zheng Yao and Mingquan Lu | 1234 - 1242 |
| Centimeter-class Augmentation System Utilizing Quasi-Zenith Satellite | Masayuki Saito, Yuki Sato, Masakazu Miya, Mitsuhide Shima, Yuji Omura, Junichi Takiguchi, and Koki Asari | 1243 - 1253 |
| Quasi-Pilot Signals: Improving Sensitivity and TTFF without Compromises | Matteo Paonni, Marco Anghileri, Diana Fontanella, Bernd Eissfeller | 1254 - 1263 |
| Investigation of Galileo E1 OS/SoL Acquisition, Tracking and Data Demodulation Thresholds for Civil Aviation | Olivier Julien, Jean-Luc Issler, Lionel Ries | 1264 - 1276 |
| Generation and Evaluation of QZSS L1-SAIF Ephemeris Information | Takeyasu Sakai, Hideki Yamada, Sonosuke Fukushima, and Ken Ito | 1277 - 1287 |
| QZS-1 Yaw Attitude Estimation Based on Measurements from the CONGO Network | A. Hauschild, P. Steigenberger, C. Rodriguez-Solano | 1288 - 1298 |
| A Method to Optimize the Spreading Code Chip Waveform in Sense of Gabor Bandwidth | Xiaoming Zhang, Zheng Yao, Xin Zhang, Mingquan Lu | 1299 - 1304 |
| Context-aware Adaptive Extended Kalman Filtering Using Wi-Fi Signals for GPS Navigation | Mahsa Shafiee, Kyle O'Keefe and Gerard Lachapelle | 1305 - 1318 |
| A Pedestrian Indoor Positioning System Based on the WiFi and Walk Pattering Algorithm Using Mobile Device | J.H. Lee, B.J. Shin, S. Lee, D.H. Woo, J.H. Kim, Y.T. Byun, S.D. Ha, S.C. Lee, J.W. Park, T. Lee | 1319 - 1327 |
| Gait Classification Using Wavelet Descriptors in Pedestrian Navigation | Yunqian Ma and Joel A. Hesch | 1328 - 1336 |
| A Robust Sensor Fusion Algorithm for Pedestrian Heading Improvement | S. Siddharth, A. S. Ali, N. El-Sheimy, C.L. Goodall, Z.F. Syed | 1337 - 1345 |
| Integration of Heading-Aided MEMS IMU with GPS for Pedestrian Navigation | James Pinchin, Chris Hide, Khari Abdulrahim, Terry Moore, and Chris Hill | 1346 - 1356 |
| Multi-Sensors Observability Analysis on Pedestrian Navigation System | Xing Zhao | 1357 - 1365 |
| Collaborative Pedestrian Mapping of Buildings Using Inertial Sensors and FootSLAM | Patrick Robertson, Maria Garcia Puyol, Michael Angermann | 1366 - 1377 |
| Low Cost IMU, GPS and Camera Integration for Handheld Indoor Positioning | C. Hide, T. Moore and T. Botterill | 1378 - 1385 |
| Experimental Validation of Foot to Foot Range Measurements in Pedestrian Tracking | Michel Laverne, Michael George, Dale Lord, Alonzo Kelly, Tamal Mukherjee | 1386 - 1393 |
| Context Aware Mobile Personal Navigation Services Using Multi-Level Sensor Fusion | S. Saeedi, N. El-Sheimy, X. Zhao, Z. Sayed | 1394 - 1403 |
| A Smart Phone Based PDR Solution for Indoor Navigation | Ruizhi Chen, Ling Pei, Yuwei Chen | 1404 - 1408 |
| Pedestrian Navigation with INS Measurements and Gait Models | Yan Cui and Kartik B. Ariyur | 1409 - 1418 |
| Some Bits of Warning: How GNSS Can Save Lives | David P. Spinden | 1419 - 1428 |
| AsteRx-m - A Very Low-power Compact GPS/GLONASS RTK Receiver | Bruno Bougard, Gert Cuypers, Wim De Wilde, Jean-Marie Sleewaegen | 1429 - 1436 |
| CASES: A Novel Low-Cost Ground-based Dual-Frequency GPS Software Receiver and Space Weather Monitor | Geoff Crowley, Gary S. Bust, Adam Reynolds, Irfan Azeem, Rick Wilder, Brady W. O'Hanlon, Mark L. Psiaki, Steven Powell, Todd E. Humphreyes, Jahshan A. Bhatti | 1437 - 1446 |
| Trusted Portable Navigator for Environment and User Independent Positioning | Z. Syed, J. Georgy, C. Goodall, M.M. Atia, N. El-Sheimy | 1447 - 1452 |
| Nexteq i-PPP: A Low-cost world-wide Precise Point Positioning System and Service | Yufeng Zhang and Suen Lee | 1453 - 1459 |
| RTX Positioning: The Next Generation of cm-accurate Real-time GNSS Positioning | Rodrigo Leandro, Herbert Landau, Markus Nitschke, Markus Glocker, Stephan Seeger, Xiaoming Chen,Alois Deking, Mohamed BenTahar, Feipeng Zhang, Kendall Ferguson, Ralf Stolz, Nick Talbot, Gang Lu, Timo Allison, Markus Brandl, Victor Gomez, Wei Cao, Adrian Kipka | 1460 - 1475 |
| Integrated StarFire GPS with GLONASS for Real-Time Precise Navigation and Positioning | Liwen Dai and Ronald R. Hatch | 1476 - 1485 |
| An Efficient Approach for the Development and Deployment of a Multi-constellation Augmentation System: magicSBAS | J. Ostolaza, I. Alcantarilla, J. Caro, J.R. Martin | 1486 - 1493 |
| GPS M'-code and P-code Signal Simulation Using an Open Source Radio Platform | Alison Brown and Bruce Johnson | 1494 - 1498 |
| EmbedRF Position Tracking and Mobility Assessment System: A Low-power and Low-cost System for Passive Assessment of Patient Health in a Home Health-care Setting | Peter G. Jacobs, Anindya S. Paul, Eric A. Wan | 1499 - 1506 |
| Development of IMES Installation, Setup and Management System | Dinesh Manandhar, Hideyuki Torimoto | 1507 - 1513 |
| Wide Area Augmentation System (WAAS_ - Program Status Updated | Deane Bunce | 1514 - 1534 |
| EGNOS Program Updated | Xavier Maufroid and Didier Flament | 1535 - 1561 |
| System for Differential Correction and Monitoring Updated | Sergey Karutin | 1562 - 1573 |
| Global SBAS Status | Deborah Lawrence | 1574 - 1602 |
| Can LightSquared and GPS Coexist? | Tom Stansell | 1603 - 1611 |
| Cellular Subgroup of TWG – Brief Overview of Activities and Outputs | Greg Turetzky | 1612 - 1622 |
| LightSquared | Scott Burgett | 1623 - 1638 |
| Can GPS & LightSquared Coexist? | Pat Fenton | 1639 - 1674 |
| LightSquared Interference to GNSS and StarFire | Paul Galyean | 1675 - 1730 |
| Inferring Wi-Fi Angle-of-Arrival from Received Signal Strength Distribution | R. Mohd Sabri and T. Arslan | 1731 - 1736 |
| Modeling Pseudo Range Multipath As An Autoregressive Process | Peter F. de Bakker | 1737 - 1750 |
| Signal Selection Based on Affinity Propagation Clustering Method for Signals of Opportunity Navigation | Lei Zheng, Jun Zhang and Rui Xue | 1751 - 1757 |
| A Differential Photosensor for Indoor Optical Wireless Positioning | Ahmed Arafa, Xian Jin and Richard Klukas | 1758 - 1763 |
| Multipath Signal Assessment in the High Sensitivity Receivers for Vehicular Applications | Peng Xie, Mark G. Petovello, and Chaminda Basnayake | 1764 - 1776 |
| A Non-Coherent Block Processing Architecture for Standalone GNSS Weak Signal Tracking | Shashank Satyanarayana, Daniele Borio, Gerard Lachapelle | 1777 - 1785 |
| Comparison in the Performance of the Vector Delay/Frequency Lock Loop and Equivalent Scalar Tracking Loops in Dense Foliage and Urban Canyon | Matthew Lashley and David M. Bevly | 1786 - 1803 |
| Flexible Statistical Multipath and Shadowing Model for Software and Hardware Simulations | R. Prieto-Cerdeira, F. Schubert, R. Orus-Perez, J.A. Garcia-Molina, F. Zanier | 1804 - 1810 |
| GPS/INS Integration for Land Vehicle Navigation Using Source Difference Method | D. Bhatt, P. Aggarwal, P. Bhattacharya, V. Devabhaktuni | 1811 - 1817 |
| Augmented Reality Precision Navigation | Brian Almquist, Thomas Zysk, Jeffrey Luce, James Cunningham | 1818 - 1824 |
| A New Real-Time Global GPS and GLONASS Precise Positioning Correction Service: Apex | Christian Rocken, Leos Mervart, James Johnson, Zdenek Lukes, Tim Springer, Ted Iwabuchi, Shaun Cummins | 1825 - 1838 |
| Research on Embedded Model-Aided Autonomous Navigation for Miniature AUVs | Gang Du, Xingqun Zhan, Yunbiao Gu, Chuanrun Zhai | 1839 - 1844 |
| Performance Analysis of Software-Based GPS/GLONASS Augmentation System for Maritime DGNSS Service | Ki-Yeol Seo, Sang-Hyun Park, and Won-Seok Jang | 1845 - 1850 |
| A Parity Space Approach for Satellite Anomaly Monitoring of Maritime DGPS | Sang Hyun Park, Ki Yeol Seo, Deuk Jae Cho, and Sang Hyun Suh | 1851 - 1855 |
| A Versatile Collaborative PNT Processing Architecture for Tight Coordination Of Distributed GPS Sensors | Patrick Y. Hwang, Gary A. McGraw, Michael J. Armatys, Huan T. Phan, David A. Anderson | 1856 - 1865 |
| GNSS Precise Signal interoperability Solutions for State Aircraft within Single European Sky Master Plan | Pascal Barret | 1866 - 1869 |
| Precision Navigation for UAS Critical Operations | Alison K. Brown, Dien Nguyen and Paige Felker, Glenn Colby and Frank Allen | 1870 - 1876 |
| Differential GPS-Based Ultra-High Accuracy Real Time Attitude Determination | Benjamin H. Wu, Stephen R. Peck, Shuwu Wu | 1877 - 1887 |
| Signal Quality Monitoring Applied to Spoofing Detection | M. Pini, M. Fantino, A. Cavaleri, S. Ugazio, L. Lo Presti | 1888 - 1896 |
| GNSS Threats and Aviation, Mitigation Techniques, Alternatives and Regulation | Laurent Azoulai | 1897 - 1906 |
| Signal Characteristics of Civil GPS Jammers | Ryan H. Mitch, Ryan C. Dougherty, Mark L. Psiaki, Steven P. Powell, Brady W. O'Hanlon, Jahshan A. Bhatti, and Todd E. Humphreys | 1907 - 1919 |
| Assessment of GPS L1/Galileo E1 Interference Monitoring System for the Airport Environment | Oscar Isoz, Dennis Akos, Tore Lindgren, Chih-Cheng Sun, Shau-Shiun Jan | 1920 - 1930 |
| J911: The Case for Fast Jammer Detection and Location Using Crowdsourcing Approaches | Logan Scott | 1931 - 1940 |
| An Overview of the Effects of Out-of-band Interference on GNSS Receivers | Christopher J. Hegarty, Dan Bobyn, Joe Grabowski, and A.J. Van Dierendonck | 1941 - 1956 |
| Multi-Channel Wideband GPS Anomalous Event Monitor | Sanjeev Gunawardena and Frank van Graas | 1957 - 1968 |
| Real-time GIOVE Signal Performance Using STFT Based Excision Method in the Presence of Interference | Ayse Sicramaz Ayaz, Roland Bauernfeind , Thomas Pany, Jae Gyu Jang, Bernd Eissfeller | 1969 - 1974 |
| Hybrid Test Bench SINERGHYS "Statistical INERtial Gnss Hybrid in Simulation" | S. Gallot, P. Dutot, C. Sajous | 1975 - 1981 |
| A Labview-Based Assisted GPS Receiver Development, Simulation and Testing Platform | Arpine Soghoyan, Grant Huang, Jayanthi Narisetty, David Akopian | 1982 - 1996 |
| User RAIM Integrity Testing with upgraded German Galileo Test Range GATE | G. Heinrichs, E. Loehnert, E. Wittmann | 1997 - 2003 |
| MLM Technique for Measuring Airborne GPS Accuracy with Ranging Instruments | Theodore A. Miller | 2004 - 2008 |
| Record and Playback System for GNSS: What You Need to Know for Successful Testing | Iurie Ilie, Rachid Hini, Jean-Serge Cardinal, Peter Blood, Dominique Fortin | 2009 - 2021 |
| Improvement of GNSS Positioning with Proper Calibration of Inter-channel and Inter-element Bias in Receiver Front-ends | Anup Dhital, Aiden Morrison, Gerard Lachapelle | 2022 - 2030 |
| SatGen GNSS Signal Simulation Software | Alison K. Brown, Mark-Anthony Hutton and Marc Quigley | 2031 - 2034 |
| On the Statistical Characteristics of the Residual in Time-Based Position Location Systems | Jeannette Nounagnon | 2035 - 2046 |
| NAVFEST: A Cost Effective Solution to GPS NAVWAR Testing | R. Vasta, M. Watson, K. LeBlanc | 2047 - 2052 |
| Evaluation of the Localization Accuracy of Satellite Systems for Traffic-Flow Predictions | Brian Niehoefer, Andreas Lewandowski and Christian Wietfeld | 2053 - 2059 |
| Analysis and Verification of Synthetic Multicorrelators | C. Stober, F. Kneissl, Bernd Eissfeller, T. Pany | 2060 - 2069 |
| Coherent Multiple Hypotheses Detection and Measurement for Radio Navigation | B. Shayevits, M. Tocker, D. Rosenfeld | 2070 - 2075 |
| Joint Determination of Precorrelation Bandwidth, Sampling Frequency and Quantization in Wideband Compass Receivers | Xin Zhang, Hongliang Xu, Yongquan Wang, Xingqun Zhan | 2076 - 2089 |
| Performance Comparison of Deep Integration and Tight Coupling | Matthew Lashley and David M. Bevly | 2090 - 2104 |
| Gaussian Sum Filters and its Applications to GNSS Positioning | Yukihiro Kubo, Yuu Matsunaga, Naoki Munetomo, Shinya Fujita, Koji Ohta and Sueo Sugimoto | 2105 - 2112 |
| A Novel Computationally Efficient Code Phase Acquisition Method | Chieh-Fu Chang, Wan-Hsin Hsieh, and Ming-Seng Kao | 2113 - 2119 |
| Semidefinite Programming for GPS | Ning Wang and Liuqing Yang | 2120 - 2126 |
| Monocular Autonomously-Controlled Snowplow | Samantha Craig, Matthew Miltner, Derek Fulk, Wouter Pelgrum, Frank van Graas | 2127 - 2136 |
| Evaluation of Bayesian Approaches for Multi-sensor Multi-network Seamless Positioning | Heidi Kuusniemi, Liang Chen, Ling Pei, Jingbin Liu, Yuwei Chen, Laura Ruotsalainen, Ruizhi Chen | 2137 - 2144 |
| A Modified Tracking Algorithm for MBOC(6,1,1/11) Signals | Sichao Li, Jinhai Li, and Yuepeng Yan | 2145 - 2149 |
| Nonlinear Techniques for Seamless Low-Cost Portable Navigation in all Environments | Jacques Georgy, and Aboelmagd Noureldin, Zainab Syed, and Chris Goodall | 2150 - 2159 |
| Dual Sideband Model for BOC Modulated Signals | Liu Yingxiang, Tang Xiaomei, Zhang Kai, Wang Feixue | 2160 - 2166 |
| High-Precision Positioning of Asphalt Fleet Machines | E. Wasle, P. Berglez, J. Seybold, A. Ligier, S. Urquijo, H-J. Euler | 2167 - 2174 |
| Error Sources in Network RTK | R. Emardson, P. Jarlemark, J. Johansson and S. Bergstrand, G. Hedling | 2175 - 2178 |
| Interchangeable Integration of GPS and GLONASS by Using a Common System Clock in PPP | Tor Melgard, Kees de Jong, Gerard Lachapelle, Dariusz Lapucha | 2179 - 2184 |
| Multi-Constellation RTK with a Software Receiver | Dominik Dotterbock, Sun Jun Ko, Bernd Eissfeller, and Daniel Sanroma Guixens | 2185 - 2192 |
| Filling in the gaps of RTK with Regional PPP | Guillermo Tobias, Cristina Garcia, Alvaro Mozo, Pedro Navarro, Ricardo Piriz, Irma Rodriguez, Daniel Rodriguez | 2193 - 2201 |
| Indoor Carrier Phase Tracking and Positioning with Difference Correlators | T. Pany, H.-J. Euler, and J. Winkel | 2202 - 2213 |
| Trimble RTX, an Innovative New Approach for Network RTK | Xiaoming Chen, Timo Allison, Wei Cao, Kendall Ferguson, Simon Grunig, Victor Gomez, Adrian Kipka, Jan Kohler, Herbert Landau, Rodrigo Leandro, Gang Lu, Ralf Stolz, Nick Talbot | 2214 - 2219 |
| Cooperative High-Accuracy Location (C-HALO) Service for Intelligent Transportation Systems: A Cost Benefit Study | Adam Goodliss, Christian Manasseh, Venkatesan .N. Ekambaram, Raja Sengupta, Kannan Ramchandran | 2220 - 2232 |
| A Systems Approach to Sizing of Co-operative High-Accuracy Location (C-HALO) Services Validated by Experiments in San Francisco | Venkatesan. N. Ekambaram, Christian Manasseh, Adam Goodliss, Raja Sengupta, Kannan Ramchandran | 2233 - 2239 |
| QZSS in ICG | Satoshi Kogure | 2240 - 2270 |
| GPS /INS Tightly Coupled Integration Based on Adaptive Robust Kalman Filter | Yihe Li and Yunzhong Shen | 2271 - 2279 |
| A Triple-frequency Phase-only Algorithm for Modernized GPS Kinematic Positioning | Feng-Yu Chu and Ming Yang | 2280 - 2286 |
| Landmark Surveying Using an Integrated Camera, Carrier-Phase DGPS, and Inertial Navigation System | Anh Vu, Jay Farrell, and Matthew Barth | 2287 - 2295 |
| Determining Water Wave Patterns Using RGPS Technique | Po-Hsien Hsu, Lie-Chung Shen, Ching-Liang Tseng, Jaw-Fang Lee | 2296 - 2302 |
| Integrated Carrier Phase and Doppler Observations of GPS and GLONASS for Precise Velocity Determination | Qianxin Wang | 2303 - 2309 |
| On the use of Network RTK to Replace Static Relative Positioning for Geodetic GPS Surveys | Amir Saeidi, Sunil Bisnath, Jian-Guo Wang and Garrett Seepersad | 2310 - 2317 |
| GNSS Geodetic Reference Frames: Consistency, Stability and the Related Transformation Parameters | Mojtaba Bahrami and Marek Ziebart | 2318 - 2331 |
| The Accuracy Potential of Galileo E5/E1 Pseudoranges for Surveying and Mapping | Ismael Colomina, Christian Miranda, M. Eulalia Pares, Marcus Andreotti, Chris Hill, Pedro F. da Silva, Joao S. Silva, Joao F. Galera Monico, Paulo O. Camargo, Jose Diez, Jose Maria Palomo, Silvio E. Barbin, Joao Moreira, Gustavo Streiff, Emerson Z. Granemann, Carmen Aguilera | 2332 - 2340 |
| Assessment of Network-based Positioning Performance Using GPS Alone versus GPS and GLONASS Combined | A. Al-Shaery, S. Lim, C. Rizos | 2341 - 2349 |
| INS Aided Ambiguity Resolution for GPS/INS Integrated Kinematic Positioning | Yihe Li and Yunzhong Shen | 2350 - 2361 |
| A Kalman Filter-based Doppler-smoothing of Code Pseudoranges in GNSS-Challenged Environments | Mojtaba Bahrami and Marek Ziebart | 2362 - 2372 |
| An Integrated MEMS IMU/Camera System for Pedestrian Navigation in GPS-denied Environments | Bei Huang, Shuang Du and Yang Gao | 2373 - 2380 |
| Mitigating the Effects of GNSS Multipath with a Coded Filter | Shan Mohiuddin, Donald E. Gustafson, and Yaron Rachlin | 2381 - 2394 |
| ATENEA: Advanced Techniques for Deeply Integrated GNSS/INS/LiDAR Navigation | A. Fernandez, J. Diez, D. de Castro, P.F. Silva, I. Colomina, E. Pares, F. Dovis, P. Friess, M. Wis, J. Lindenberger, I. Fernandez | 2395 - 2405 |
| Performance and Stability Analysis of INS/GPS Ultra-tight Integration with INS Aided Receiver Tracking Loops | Li Fu and Yu Chen | 2406 - 2416 |
| Improving Modeling of MEMS-IMUs Operating in GNSS-Denied Conditions | Yannick Stebler, Stephane Guerrier, Jan Skaloud, and Maria-Pia Victoria-Feser | 2417 - 2426 |
| Performance of Deeply Integrated GPS/INS in Dense Forestry Areas | Andrey Soloviev, Charles Toth, Dorota Grejner-Brzezinska | 2427 - 2435 |
| Locata Correlator-Based Beam Forming Antenna Technology for Precise Indoor Positioning and Attitude | Jimmy LaMance and David Small | 2436 - 2445 |
| WAAS Single Frequency GEO Operation Field Test and L1 Signal Code-Carrier Coherence Results | Laura Cheung and Po-Hsin Hsu | 2446 - 2452 |
| Geostationary Satellite Reference Station Multipath Characterization: Using Galaxy 15 Failure to Refine the WAAS Multipath Threat | Karl Shallberg, B.J. Potter, Phillip Class | 2453 - 2461 |
| WAAS Performance Investigation for Disturbed Ionospheric Conditions over Canadian Latitudes | O. Haddad, S. Skone, and L. Sparks | 2462 - 2473 |
| GNOS Performance Evaluated for Static and Kinematic Users | Peter F. de Bakker, Martin Valk, Christian C.J.M. Tiberius, Santiago Soley, Hans van der Marel | 2474 - 2484 |
| First Broadcast of SBAS-SACCSA Test Signal in the Caribbean, Central America and South America | A. Cezon, I. Alcantarilla, J. Caro, J. Ostolaza, C. Soddu, L. Andrada, F. Azpilicueta | 2485 - 2494 |
| Evolving WAAS to Serve L1/L5 Users | Todd Walter, Juan Blanch, R. Eric Phelts, and Per Enge | 2495 - 2504 |
| EGNOS Open Service Guidelines for Receiver Manufacturers | David Jimenez-Banos, Matthew Powe, Ankit Raj Mathur, Felix Toran, Didier Flament, Eric Chatre | 2505 - 2512 |
| A Clock and Ephemeris Algorithm for Dual Frequency SBAS | Juan Blanch, Todd Walter, Per Enge | 2513 - 2519 |
| A Filtering Algorithm on Ionospheric Delay Calculation in Multi-constellation Satellite Navigation Systems | Shan Wang, Jun Zhang, Rui Li, Qifeng Xu | 2520 - 2525 |
| Simulation Study of Low Latitude Ionospheric Effects on SBAS with a Three-dimensional Ionospheric Delay Model | Susumu Saito, T. Sakai, and Pierre Louve | 2526 - 2531 |
| GNSS Imaging-derived Dynamics of Ionospheric Storm Transition Regions | Seebany Datta-Barua and Gary S. Bust | 2532 - 2541 |
| Defining the Basis of an Integer-Levelling Procedure for Estimating Slant Total Electron Content | Simon Banville and Richard B. Langley | 2542 - 2551 |
| VTEC Prediction at Brazilian Region Using Artificial Neural Networks | W.C. Machado and E.S. Fonseca Jr. | 2552 - 2560 |
| Validation of a Transionospheric Propagation Scintillation Simulator for Strongly Scintillated GPS Signals Using Extensive High Latitude Data Sets | R. Tiwari, H. J. Strangeways, S. Tiwari, V. E. Gherm, N. Zernov, S. Skone | 2561 - 2571 |
| CIGALA: Challenging the Solar Maximum in Brazil with PolaRxS | B. Bougard, J-M. Sleewaegen, L. Spogli, Sreeja Vadakke Veettil, J.F. Galera Monico | 2572 - 2579 |
| Scintillation Parameter Estimation Using Unmodified Professional GNSS Receivers: A Feasibility Study | Dimitrios Symeonidis, Joaquim Fortuny-Guasch, Cillian O'Driscoll, Angel Belenguer Martinez | 2580 - 2587 |
| Local Models for Ionospheric VTEC Estimation Based on GR Models with Multi-Layer Model | Masaharu Ohashi, Shinichi Otsuki, Nobuhiro Okano, Yukihiro Kubo, and Sueo Sugimoto | 2588 - 2594 |
| Quantifying the Impact of Ionospheric Irregularities on GPS Receiver Carrier Tracking Loop Performance | F. Ghafoori and S. Skone | 2595 - 2607 |
| Characterization of Receiver Response to a Spoofing Attacks | Daniel P. Shepard and Todd E. Humphreys | 2608 - 2618 |
| Civilian GPS Spoofing Detection based on Dual-Receiver Correlation of Military Signals | Mark L. Psiaki, Brady W. O'Hanlon, Jahshan A. Bhatti, Daniel P. Shepard, and Todd E. Humphreys | 2619 - 2645 |
| An Evaluation of the Vestigial Signal Defense for Civil GPS Anti-Spoofing | Kyle D. Wesson, Daniel P. Shepard, Jahshan A. Bhatti, and Todd E. Humphreys | 2646 - 2656 |
| Bounding Errors Caused by Nominal GNSS Signal Deformations | Gabriel Wong, R. Eric Phelts, Todd Walter, Per Enge | 2657 - 2664 |
| A Proposal for Multi-constellation Advanced RAIM for Vertical Guidance | Juan Blanch, Todd Walter, Per Enge, Stefan Wallner, Francisco Amarillo Fernandez, Riccardo Dellago, Rigas Ioannides, Boris Pervan, Ignacio Fernandez Hernandez, Boubeker Belabbas, Alexandru Spletter, Markus Rippl | 2665 - 2680 |
| A Novel Positioning and Integrity Monitoring Algorithm for a Multiple Constellation Receiver | Shaojun Feng, Carl Milner, Altti Jokinen and Washington Ochieng, Chris Hide, Terry Moore and Chris Hill, Marek Ziebart, Mojtaba Bahrami, Paul Groves and Ziyi Jiang | 2681 - 2688 |
| A Holistic Approach to Carrier-Phase Receiver Autonomous Integrity Monitoring (CRAIM) | Carl Milner, Shaojun Feng, Altti Jokinen and Washington Ochieng, Chris Hide, Chris Hill and Terry Moore | 2689 - 2695 |
| Independent Control Segment URA Monitor Incorporating Crosslink Ranging Measurements for Meeting LPV200 Integrity Requirements | Brian Bian, Daniel O'Laughlin, Curtis A. Shively, Ronald Braff | 2696 - 2712 |
| A Generic Method for Protection Level Evaluation Under the Assumption of Two Simultaneous Faulty Measurements | F. Faurie, A. Giremus, S. Szelewa, J.C. Goudon | 2713 - 2722 |
| Generation and Validation of GPS Satellite Orbital Covariance Matrices for Integrity Determination | Yongchao Wang, Yanming Feng, Rui Li | 2723 - 2731 |
| Impact of the GNSS Time-offsets on RAIM Performance | Jinling Wang, Nathan L. Knight, Xiaochun Lu | 2732 - 2739 |
| Accuracy and Availability Trials of the Consumer GPS/GLONASS Receiver in Highly Obstructed Environments | Philip G Mattos | 2740 - 2744 |
| CASES: A Smart, Compact GPS Software Receiver for Space Weather Monitoring | Brady W. O'Hanlon, Mark L. Psiaki, Steven Powell, Jahshan A. Bhatti, Todd E. Humphreys, Geoff Crowley, Gary S. Bust | 2745 - 2753 |
| LION Navigator-GPS/Galileo Receiver for Spacecraft Navigation | Eveline Gottzein, Christopher Kuehl, Hannes Filippi, Andres Barrios-Montalvo, Peter A. Krauss, Jens Heim | 2754 - 2766 |
| PRECISIO - Design, Development and Testing of a Multi-constellation, Multi-frequency Software Receiver | William Roberts, Michele Bavaro, Enrique Dominguez Tijero, Fabrice Legrand, Stefano Vaccaro, Andy Sage, Chris Hill, Ignacio Fernandez Hernandez | 2767 - 2773 |
| Dynamic Reconfiguration in a GNSS Software Defined Radio for Multi-Constellation Operation | Alison K. Brown and D'Arlyn Reed | 2774 - 2781 |
| Cognitive GNSS Receiver Design: Concepts and Challenges | Nagaraja C. Shivaramaiah and Andrew G. Dempster | 2782 - 2789 |
| Bayesian Filtering Approaches for Unambiguous BOC Tracking under Weak Signal Conditions | Nesreen I Ziedan | 2790 - 2802 |
| Development of Triple Frequency Based Ionosphere Correction for Software GNSS Receiver | Sun-Jun Ko, Bernd Eissfeller, Jon O. Winkel | 2803 - 2808 |
| Performance Verification on the GPS/Galileo Combined Receiver for GNSS Sensor Station | Cheon Sig Sin, Inone Joo, Jae Hyun Kim, and Sanguk Lee | 2809 - 2814 |
| The Statistical Analysis of C/N0 Oscillation and its E-M Solution | Xin Zhang, Xingqun Zhan, Yongquan Wang, Hongliang Xu | 2815 - 2820 |
| New Open GNSS Signals: First Combined GPS/GLONASS/GIOVE Experiments | C. Boulanger, B. Bonhoure, N. Suard, D. Lapeyre | 2821 - 2828 |
| Europe’s Leading Professional GNSS Receiver Manufacturer | Peter A. Grognard | 2829 - 2835 |
| Availability and Reliability of Mass-market Services Based on GNSS Positioning | Marco Pini | 2836 - 2844 |
| Mass Market Services Based on GNSS | Jurgen Seybold | 2845 - 2853 |
| Location …Where the Masses Are – Mass Market LBS Status and Opportunities | J. Blake Bullock | 2854 - 2860 |
| 3-Dimensional Approach to WiFi Indoor Positioning | U B Syed and T. Arslan | 2861 - 2865 |
| CWRU Cutter IV: Case Western Reserve University's Autonomous Lawn Mower Design and Performance Review | Henry H. Snow, Bradley E. Hughes, Andrew D. Smith, Jonathan R. Hall, Edward J. Kreinar, Roger D. Quinn, James M. Green | 2866 - 2875 |
| Database Calibration Algorithms of an Indoor Positioning System Based on the Fingerprint Method | Shih-Chi Xiao, Li-Ta Hsu, Shau-Shiun Jan | 2876 - 2884 |
| GNSS Multipath Error Reduction in Harsh Environments | Negin Sokhandan, Ali Broumandan, Vahid Dehghanian, Gerard Lachapelle | 2885 - 2895 |
| Comparison of Filtering Methods for the Peer-to-Peer Kalman Filter | Isabelle Kraemer and Bernd Eissfeller | 2896 - 2905 |
| Using Motion-Awareness for the 3D Indoor Personal Navigation on a Smartphone | Ling Pei, Ruizhi Chen, Jingbin Liu, Heidi Kuusniemi, Yuwei Chen, Tomi Tenhunen | 2906 - 2913 |
| Multipath Mitigation Using Omnidirectional Infrared Camera for Tightly Coupled GPS/INS Integration in Urban Environments | Taro Suzuki, Mitsunori Kitamura, Yoshiharu Amano, Takumi Hashizume | 2914 - 2922 |
| A Unique Software GPS Receiver and Simulator Platform for Clock Error Measurement and Simulation | Yanhong Kou, Yue Jiao, and Yu T. Morton | 2923 - 2930 |
| Enhanced GNSS Satellite Clock Predictions - A Two-Stage Adaptive Approach | Ashkan Izadpanah, Mohamed Youssef | 2931 - 2936 |
| Three Satellite Navigation in an Urban Canyon using a Chip-Scale Atomic Clock | Rohan Ramlall, Jodie Streter, Joseph F. Schnecker | 2937 - 2945 |
| A Laser-Cooled Frequency Standard for GPS | Thomas P. Heavner, Stephan Barlow, Marc A. Weiss, Neil Ashby and Steven R. Jefferts | 2946 - 2949 |
| Laboratory and Flight-Test Analysis of Rubidium Frequency Reference Performance Under Dynamics | Frank van Graas, Samantha Craig, Wouter Pelgrum | 2950 - 2958 |
| Flight Characterization of New Generation GNSS Satellite Clocks | O. Montenbruck, P. Steigenberger, E. Schonemann, U. Hugentobler, R. Dach, M. Becker | 2959 - 2969 |
| GNSS Remote Sensing and Technology Demonstration on TechDemoSat-1 | M. Unwin, P. Blunt, R. de Vos van Steenwijk, S. Duncan, G. Martin, P. Jales | 2970 - 2975 |
| GPS Satellite Clock Excessive Acceleration Detection for DCPS Users of GBAS | Okuary Osechas | 2976 - 2984 |
| GAST-D Monitoring Results from Post-processed Flight Trial Data - Performance Evaluation of DLR's GBAS Testbed | Thomas Dautermann, Michael Felux, Anja Grosch, Boubeker Belabbas | 2985 - 2992 |
| Absolute Slant Ionosphere Gradient Monitor for GAST-D: Issues and Opportunities | Boubeker Belabbas, Patrick Remi, Michael Meurer, and Sam Pullen | 2993 - 3002 |
| CAT-I GBAS Availability Improvement Through Ionosphere Field Monitor (IFM) | Kazushi Suzuki, Yutaka Nozaki, Takeshi Ono, Takayuki Yosihara, Susumu Saitoh, Sonosuke Fukushima | 3003 - 3011 |
| Real-Time Detection of Cross-Correlation for a Precision Approach Ground Based Augmentation System | Tina Houston, Fan Liu, and Mats Brenner | 3012 - 3025 |
| Impact of Time-Correlation of Monitor Statistic on Continuity of Safety-Critical Operations | Jason Rife and Pratap Misra | 3026 - 3039 |
| Using Outage History to Exclude High-Risk Satellites from GBAS Corrections | Sam Pullen and Per Enge | 3040 - 3051 |
| Performance Risk of GBAS Integrity Monitor Algorithms due to Reference Receiver Clock Adjustment Effect | Youngsun Yun, Jeongho Cho, Moon-Beom Heo | 3052 - 3060 |
| GBAS Protection Level Calculation Method Using Particle Filter Concept | Jongsun Ahn, Sangkyung Sung, and Young Jae Lee | 3061 - 3066 |
| Design of the GPS III Space Vehicle | Willard Marquis and Michael Shaw | 3067 - 3075 |
| First Signal in Space Analysis of GLONASS K-1 | Steffen Thoelert, Stefan Erker, Johann Furthner, Michael Meurer, G.X. Gao, L. Heng, T. Walter, P. Enge | 3076 - 3082 |
| GNSS, an Evolving Technology. Current Systems Evolutions and Future Perspectives | Miguel M. Romay, Maria D. Lainez, Juan R. Martin, Manuel Toledo | 3083 - 3101 |
| Identifying PNT Centers of Activity in Support of a National PNT Architecture | John W. Lavrakas, Wil Black, Terri Lippert | 3102 - 3108 |
| Statistical Characterization of GLONASS Broadcast Ephemeris Errors | Liang Heng, Grace Xingxin Gao, Todd Walter, and Per Enge | 3109 - 3117 |
| Predicting GLONASS Satellite Orbit Based on an Almanac Conversion Algorithm for Controlled Ionosphere Scintillation Experiment Planning | Jun Wang, Jared Morell, Yu Morton | 3118 - 3124 |
| GLONASS Modernization | Y. Urlichich, V. Subbotin, G. Stupak, V. Dvorkin, A. Povalyaev, S. Karutin | 3125 - 3128 |
| A Proposed Navigation Message Authentication Implementation for Civil GPS Anti-Spoofing | Kyle D. Wesson, Mark P. Rothlisberger, and Todd E. Humphreys | 3129 - 3140 |
| Optimal Aligning of GNSS Navigation Signals Sum | Vladimir Kharisov and Alexander Povalyaev | 3141 - 3155 |
| GPS Integer Ambiguity Validation with GPS Modernization | Anning Chen, Dongfang Zheng, Arvind Ramanandan, and Jay A. Farrell | 3156 - 3164 |
| Experimental Results Investigating the Feasibility of GPS Bistatic Radar for Target Detection and Estimation | Chow Yii Pui, Matthew Trinkle | 3165 - 3171 |
| Observing Tsunamis in the Ionosphere Using Ground Based GPS Measurements | D. A. Galvan, A. Komjathy, Y. Tony Song, P. Stephens, M.P. Hickey, J. Foster | 3172 - 3182 |
| An Inertial Aided Cycle Slip Detection and Identification Method for Integrated PPP GPS/MEMS IMU System | Shuang Du | 3183 - 3191 |
| Multi-Constellation Integrity Performance Expectations for Today's ARNS/RNSS Bands | Victoria Kropp, Paulo Mendes and Bernd Eissfeller | 3192 - 3204 |
| Novel Satellite Fault Isolation Method for Real-Time Advanced RAIM Algorithms | Alexandru Spletter and Markus Rippl | 3205 - 3216 |
| Combined Integrity Analysis of GPS, Galileo and COMPASS with Comparison of Different Strategies | Xiaojun Duan, Kai Jiang, Yan Zheng, Jing Yao, Wenqiang Yang | 3217 - 3226 |
| Demonstrations of Multi-constellation Advanced RAIM for Vertical Guidance Using GPS and GLONASS Signals | Myungjun Choi, Juan Blanch, Dennis Akos, Liang Heng, Grace Gao, Todd Walter, and Per Enge | 3227 - 3234 |
| Long-Term Extended Ephemeris Prediction for Mobile Devices | Peter Stacey and Marek Ziebart | 3235 - 3244 |
| Commercial GPS in the Stratosphere: Cell Phone GPS Receiver Performance on a High Altitude Weather Balloon | Jonathan Carroll, Bryan Chan, Charles Harner, Tyler Reid, Paul Tarantino, Chi Yau Tony Yu | 3245 - 3254 |
| DSP-based Tightly-coupled GPS/MEMS-IMU Integration Using Sequential Processing | Jieying Zhang, Junchuan Zhou, Ezzaldeen Edwan, Otmar Loffeld | 3255 - 3262 |
| Optimum Location Provider for Devices with Multiple Location Sensors | Wayne Ballantyne, Jeff Markwell, Hancheng Geng | 3263 - 3273 |
| Step-length Estimation Using Wrist-worn Accelerometer and GPS | Wei-Wen Kao, Ching-Kun Chen, and Jing-Shian Lin | 3274 - 3280 |
| Professional Performance with Consumer GPS: Where and How it is Possible? | Alexey Boriskin, Dmitry Ivanov, Evgeny Sunitskiy | 3281 - 3287 |
| State of the Art in Low Frequency (LF) Technology for Alternative Positioning, Navigation, Timing, and Data (APNT&D) | Arthur Helwig, Gerard Offermans, John Hartline, Charles Schue, Brian Walker, John Pinks, Tim Hardy, Kirk Zwicker | 3288 - 3300 |
| A High-Precision Local Navigation System Extending GNSS Limitations | Veit Oehler, Julian Steffes, Michael von Voithenberg, Dieter Dragon, Susanne Schlotzer | 3301 - 3308 |
| Alternative Position Navigation & Timing (APNT) Based on Existing DME and UAT Ground Signals | Sherman C. Lo, Benjamin Peterson, Dennis Akos, Mitch Narins, Robert Loh, and Per Enge | 3309 - 3317 |
| Tight Integration of 3D RISS/GPS/Map Data for Land Vehicle Navigation Utilizing Particle Filtering | Jacques Georgy and Aboelmagd Noureldin | 3318 - 3328 |
| A Movement Control Strategy Based on Node Coverage in Multi-tier Mobile Sensor Network | Q. Li, H. Guo, M. Yu | 3329 - 3334 |
| Practical Cryptographic Civil GPS Signal Authentication | Kyle Wesson, Mark Rothlisberger, and Todd Humphreys | 3335 - 3345 |
| Making the GNSS Environment Hostile to Jammers & Spoofers | Logan Scott | 3346 - 3369 |
| GNSS In-Band Interference | Javad Ashjaee | 3370 - 3406 |
| Developing Defenses Against Jamming & Spoofing of Civilian GNSS Receivers | Mark L. Psiaki | 3407 - 3417 |
| Improving Security of GNSS Receivers | Felix Kneissl | 3418 - 3428 |
| From the Volpe Report to a Future for Secure Receiver Certifications: 10 Years of Civilian GNSS Security | Oscar Pozzobon | 3429 - 3434 |
| Processing of Measurements for Robust Operation under Adverse Conditions | James L. Farrell | 3435 - 3443 |
| Bayesian Machine Learning in INS/WiFi Integrated Navigation Systems for Indoor and GNSS-denied Environments | M.M. Atia, A. Noureldin, M.J. Korenberg | 3444 - 3450 |
| Positioning Using OFDM-based Digital TV: New Algorithms and Tests with Real Signals | Damien Serant, Olivier Julien, Christophe Macabiau, Lionel Ries, Paul Thevenon, Mathieu Dervin, Marie-Laure Boucheret | 3451 - 3460 |
| Sigma-point Kalman Smoothing for Indoor Tracking and Auto-calibration Using Time-of-flight Ranging | Anindya S. Paul, Eric A. Wan, Peter G. Jacobs | 3461 - 3469 |
| RFID Indoor Positioning and Navigation Using a Regularized Particle Filter Integrated with a Probability Model | Hui Tang and Don Kim | 3470 - 3479 |
| Investigation of Pulsing Schemes for Pseudolite Applications | Cillian O'Driscoll, Daniele Borio, Joaquim Fortuny-Guasch | 3480 - 3492 |
| Optimal Time-of-Arrival Estimation for Enhanced DME | Kuangmin Li and Wouter Pelgrum | 3493 - 3502 |
| Principles and Potential of Pulsar Navigation | P.J. Buist, S. Engelen, A. Noroozi, P. Sundaramoorthy, S. Verhagen, C. Verhoeven | 3503 - 3515 |
| Performance Comparison of Tight and Loose INS-Camera Integration | Chen-Chi Chu, Fidelis Adhika Pradipta Lie, Lee Lemay and Demoz Gebre-Egziabher | 3516 - 3526 |
| A New Differential Positioning Technique Applicable to Generic FDMA Signals of Opportunity | Toby A Webb, Paul D Groves, Robert J Mason, Joseph H Harrison | 3527 - 3538 |
| Updating Integrated GPS/INS Systems with Map Matching for Car Navigation Applications | M. Attia, A. Moussa, and N. El-Sheimy | 3539 - 3545 |
| Image Aided Relative Navigation for Air Vehicles Using a Passive, Statistical Predictive Rendering Approach | J. Michael Howard adn Michael J. Veth | 3546 - 3556 |
| Vision-Aided Navigation Using a Tightly-Coupled INS and Predictive Rendering Techniques | J. Beich, M. Hanson, B. Pugsley, J.D. Slack, and M. Veth | 3557 - 3570 |
| Coupling Vanishing Point Tracking with Inertial Navigation to Produce Drift-Free Attitude Estimates in a Structured Environment | Dayvid M. Prahl and Michael J. Veth | 3571 - 3581 |
| The UHARS Non-GPS Based Positioning System | Angelo Trunzo, Paul Benshoof, and John Amt | 3582 - 3586 |
| Joint GNSS and 3GPP-LTE Based Positioning in Outdoor-to-Indoor Environments - Performance Evaluation and Verification | Armin Dammann, Emanuel Staudinger, Stephan Sand, Christian Gentner | 3587 - 3595 |
| UAS Exploitation by 3D Reconstruction Using Monocular Vision | Yakov Diskin, R. Cortland Tompkins, Menatoallah Youssef, Vijayan K. Asari | 3596 - 3604 |
| Tightly-Coupled Opportunistic Navigation for Deep Urban and Indoor Positioning | Kenneth M. Pesyna, Jr., Zaher M. Kassas, Jahshan A. Bhatti, and Todd E. Humphreys | 3605 - 3616 |
| Outlier Detection for Indoor Vision-Based Navigation Applications | Xun Li, Jinling Wang, Ling Yang | 3617 - 3627 |
| A Unified Paradigm for Autonomous Localization and Mapping | Stephen C. Quebe and Robert P. Burton | 3628 - 3633 |
| A Direct Position Tracking Loop for GNSS Receivers | Jing Liu, Hang Yin, Xiaowei Cui, Mingquan Lu, Zhenming Feng | 3634 - 3643 |
| Implementation of a Navigation Domain GNSS Signal Trackign Loop | Tao Lin, James T. Curran, Cillian O'Driscoll and Gerard Lachapelle | 3644 - 3651 |
| Dual Update-rate FLL-assisted Phase Lock Loop of Novel Robust Receivers for New Generation Global Navigation Satellite Signals | Li Jin, Zheng Yao, Xiaowei Cui, Mingquan Lu, Zhenming Feng | 3652 - 3659 |
| All Constellation, All Frequency - A Receiver Platform for Monitoring and Testing | Th. Luck, J. Winkel, M. Bodenbach, O. Balbach, N. Falk, E. Gohler, T. Hartmann, A. Naumann | 3660 - 3667 |
| A Bavarian Initiative Towards a Robust Galileo PRS Receiver | Alexander Ruegamer, Ion Suberviola, Frank Foerster, Guenter Rohmer, Andriy Konovaltsev, Nikola Basta, Michael Meurer, Jan Wendel, Melanie Kaindl, Stefan Baumann | 3668 - 3678 |
| ENCORE: Enhanced Galileo Code Receiver for Surveying Applications | Pedro Freire da Silva, Joao S. Silva, Tiago Peres, Ismael Colomina, Christian Miranda, M. Eulalia Pares, Marcus Andreotti, Chris Hill, Joao F. Galera Monico, Paulo O. Camargo, Jose Diez, Jose Maria Palomo, Silvio E. Barbin, Joao Moreira, Gustavo Streiff, Emerson Zanon Granemann, Carmen Aguilera | 3679 - 3689 |
| System Identification of a GNSS Receiver's RF Filter Impulse Response Function | Mark L. Psiaki and Brady W. O'Hanlon | 3690 - 3708 |
| Towards Multi-Constellation Collective Detection for Weak Signals: A Comparative Experimental Analysis | Joon Wayn Cheong | 3709 - 3719 |
| Reconfigurable Correlator Accelerators for Software GPS Receivers | Adnan Suleiman, Dushyanth Kinjarapu, David Akopian, Fred Hudson | 3720 - 3728 |
| Optimization and Convenient Evaluation Model of Differential Coherent Post Detection Integration | Wenxiang Liu, Jingyuan Li, Rui Ge, Feixue Wang | 3729 - 3736 |
| Design of a Robust NCO for GNSS Receivers | Deok Won Lim, Moon Beom Heo, Heon Ho Choi, Sang Jeong Lee | 3737 - 3742 |
| Evaluation of Filtered Multitone (FMT) Technology for Future Satellite Navigation Use | Andrea Emmanuele, M. Luise, Jong-Hoon Won, Diana Fontanella, Matteo Paonni, Bernd Eissfeller, Francesca Zanier, and Gustavo Lopez-Risueno | 3743 - 3755 |
| Implementation and Optimization of a Galileo E1 Two-Step Tracking Algorithm using Data/Pilot Combining and Extended Integration Time | Aleksandar Jovanovic, Cecile Mongredien, Youssef Tawk, Cyril Botteron, Pierre-Andre Farine, Guenter Rohmer | 3756 - 3766 |
| Breaking the Ice: Navigating in the Arctic | Grace Xingxin Gao, Liang Heng, Todd Walter, and Per Enge | 3767 - 3772 |
| Integrity Aspects of Hybrid EGNOS-based Navigation on Support of Search-And-Rescue Missions with UAVs | P. Molina, I. Colomina, T. Vitoria, P.F. Silva, J. Bandeiras, Y. Stebler, J. Skaloud, W. Kornus, R. Prades, C. Aguilera | 3773 - 3781 |
| GPS-Based Orbit Determination for HEO Orbits Serving Northern Region | Debo Sun and Alfred Ng | 3782 - 3789 |
| Developing GNSS Monitoring System for New Japan Haneda International Airport D-runway Long-term Observation | Yun Zhang, Masayuki Uchiyama, Toshiyuki Mori, Kazuhiro Nii | 3790 - 3795 |
| Study of the Temporal Behavior of GPS/GALILEO NSE and RAIM for LPV200 | Pierre Neri, Laurent Azoulai, and Christophe Macabiau | 3796 - 3813 |
| Developing GNSS Network Monitoring System for Sakurajima Volcano Research | Yun Zhang, Masayuki Uchiyama, Toshiyuki Mori, Kazuhiro Nii, Noriko Inamura, Masato Iguchi | 3814 - 3820 |
| Spreading Codes Compatibility Analysis for GNSS | Mancang Niu, Xingqun Zhan, Hongliang Xu, Gang Du, Li Liu | 3821 - 3827 |
| Implementation of Monitoring and Control Subsystem for GNSS Ground Station | Seongkyun Jeong and Sanguk Lee | 3828 - 3834 |
| Exploitation of Cooperative GNSS/IMU Systems for Positioning within UxV Swarms | Simon Batzdorfer, Ulf Bestmann, Alexander Schwithal, Martin Becker, Prof. Peter Hecker | 3835 - 3841 |
| Applying Quaternion-based Unscented Particle Filter on INS/GPS with Field Experiments | Junchuan Zhou, Yuhong Yang, Jieying Zhang, Ezzaldeen Edwan | 3842 - 3855 |
| Integrity Risk of Kalman Filter-Based RAIM | Mathieu Joerger and Boris Pervan | 3856 - 3867 |
| Improving Robustness of Aided INS using a Near Real Time Processing Contemplative Kalman Filter | Arvind Ramanandan, Anning Chen, and Jay A. Farrell | 3868 - 3873 |
| Low-Complexity Instantaneous GNSS Attitude Determination with Multiple Low-Cost Antennas | P.J.G. Teunissen, N. Nadarajah, G. Giorgi, P.J. Buist | 3874 - 3880 |
| Differential Integer Ambiguity Resolution with Gaussian a Priori Knowledge and Kalman Filtering | P. Henkel, P. Jurkowski, and C. Gunther | 3881 - 3888 |
| Multi-Constellation GNSS Multipath Mitigation Using Consistency Checking | Ziyi Jiang, Paul D Groves, Washington Y Ochieng, Shaojun Feng, Carl D Milner, Philip G Mattos | 3889 - 3902 |
| An Event Driven GPS Data Collection System for Studying Ionospheric Scintillation | Praveen Vikram, Yu Morton, Wouter Pelgrum | 3903 - 3909 |
| New Developments in the GPS Toolkit | Susan M. Cummins and Brent A. Renfro | 3910 - 3915 |
| Instantaneous Cycle Slip Detection and Repair for Standalone Triple-frequency GPS Receiver | Dongyang Xu, Yanhong Kou | 3916 - 3922 |
| Performance Bounds of RSSI-based Wi-Fi Positioning Under Different Estimation Scenarios | Mohamed Mansour, Deric Waters, and Tarkesh Pande | 3923 - 3929 |
| Development of a Single Chip 6 DOF MEMS IMU for Robotic and UV Navigation | R.M. Boysel, T.E. Fiscus, L.J. Ross | 3930 - 3936 |
| Adaptive Hybrid Positioning Engine | Mohamed Youssef and Ashkan Izadpanah | 3937 - 3944 |
| Cooperative GNSS Positioning & Navigation | Deric W. Waters, Tarkesh Pande, Jaiganesh Balakrishnan | 3945 - 3951 |
| GNSS Antenna-Human Body Interaction | Jared B. Bancroft, Valerie Renaudin, Aiden Morrison, and Gerard Lachapelle | 3952 - 3958 |
| Ultra-wideband Aiding of GPS for Quick Deployment of Anchors in a GPS-denied Ad-hoc Sensor Tracking and Communication System | Jeff Johnson and Brandon Dewberry | 3959 - 3966 |
| An Efficient Method of Self-Generated Assistance Data for Fast-Fix Applications | C.T. Weng, Y.C. Chien, C.W. Chen, K.S. Huang, and W.G Yau | 3967 - 3974 |
| Three Dimensional Positioning with Two GNSS Satellites and DSRC for Vehicles in Urban Canyons | Nima Alam | 3975 - 3983 |
| Spatial Antenna Diversity Performance for Indoor GNSS Applications | Seyed Nima Sadrieh | 3984 - 3992 |
| Development of IMES Chip | Dinesh Manandhar, Hideyuki Torimoto | 3993 - 3997 |
