| Title | Author | Pages |
|---|
| GPS and GNSS in the Future PNT Environment | The Honorable John G. Grimes | 1 - 6 |
| GLONASS in a Multi-GNSS World | Yury Nosenko | 7 - 19 |
| European GNSS Programmes and the Future of GNSS | Paul Verhoef | 20 - 29 |
| Reduced Inertial Sensor System (RISS)/GPS Integration using Particle Filtering for Land Vehicles | Jacques Georgy, Umar Iqbal, Mohamed Bayoumi and Aboelmagd Noureldin | 30 - 37 |
| On-line Tuning of an Extended Kalman Filter for INS/GPS Navigation Applications | Chris Goodall, Naser El-Sheimy, Zainab Syed | 38 - 47 |
| Flight Testing and Data Evaluation of MEMS INS/GPS Hybridisation Filters - First Results | Meiko Steen, Per Martin Schachtebeck, René Plate, Peter Hecker, Stephane Monrocq
| 48 - 56 |
| Development of a Frequency Response INS/GPS System Model Based on LSSA for Bridging GPS Outage | Mohammed El-Diasty, Spiros Pagiatakis | 57 - 63 |
| Cycle Slip Detection and Fixing by MEMS-IMU/GPS Integration for Mobile Environment RTK-GPS | Tomoji Takasu, Akio Yasuda | 64 - 71 |
| Performance Improvement of Integrated MEMS/GNSS Systems | J.-R. De Boer, V. Calmettes, J.-Y. Tourneret, B. Lesot | 72 - 79 |
| Novel Positioning Algorithms for RFID-Assisted 2D MEMS INS Systems | Ming Zhu | 80 - 87 |
| Host-based Tight-integration of MEMS Dead-Reckoning and GPS | Roberto Zanutta, Frank van Diggelen | 88 - 92 |
| Enhancements of the Range Consensus Algorithm (RANCO) | Georg Schroth, Markus Rippl, Alexandru Ene, Juan Blanch, Boubeker Belabbas, Todd Walter, Per Enge, Michael Meurer | 93 - 103 |
| Influence of GNSS Integrity Monitoring on Single and Multiple Fault Event Probabilities | Jason Rife | 104 - 115 |
| A Sensitivity-based Method for Fault Detection and Identification | Yun Wu, Jinling Wang | 116 - 122 |
| Multi-Constellation RAIM for Simultaneous Double-Fault Satellite Scenarios | Zhang Miaoyan, Zhang Jun, Qin Yong
| 123 - 131 |
| Evaluation of Multi-system Integrity Algorithms | P.F. Silva, M. Marcote, N. Schaeffer, J.F.M. Lorga, A. Fernández | 132 - 138 |
| RAIM Performance in the Post SA Era | Tim Murphy, Matt Harris | 139 - 150 |
| A New Method for Detection, Identification and Mitigation of Outliers in Receiver Autonomous Integrity Monitoring (RAIM) | Hiroshi Isshiki | 151 - 158 |
| Signal Compression for an Efficient and Simplified GNSS Signal Parallel Acquisition | Maurizio Fantino, Marco Pini and Paolo Mulassano, Gianmarco Girau, Mario Nicola and Alessandro Nordio | 159 - 166 |
| Direct P(Y)/M-code Acquisition Based on Time-Frequency Folding Technique | Hong Li, Mingquan Lu, Zhenming Feng | 167 - 173 |
| Reduced Complexity Circuits for Serial Code Phase Search Acquisition | Gianmarco Girau, Letizia Lo Presti, Maurizio Fantino | 174 - 182 |
| Bayesian Direct Position Estimation | Pau Closas, Carles Fernandez-Prades, David Bernal, Juan A. Fernandez–Rubio | 183 - 190 |
| Noise Floor Independent Delay Lock Loop Discriminator | Gang Xie and Xiang Yuan | 191 - 196 |
| GNSS Receiver with Vector Based FLL-Assisted PLL Carrier Tracking Loop | Stefan Kiesel, Christian Ascher, Daniel Gramm, Gert F. Trommer | 197 - 203 |
| HOTSTART EVERY TIME - Compute the Ephemeris on the Mobile | Philip G. Mattos | 204 - 211 |
| A Dynamic Satellite Search Scheduling for GNSS Super Constellation | Kun-Tso Chen | 212 - 220 |
| Pull-out Probability and Tracking Threshold Analysis for High Dynamics GNSS Carrier Loops | Pedro A. Roncagliolo, Javier G. Garcia, Carlos H. Muravchik
| 221 - 228 |
| Block Correlator for Tracking GPS/GNSS Signals | Phani K. Sagiraju, Pradeep Kashyap, David Akopian | 229 - 235 |
| Filtering IF Samples to Reduce the Computational Load of Frequency Domain Acquisition in GNSS Receivers | Sana Ullah Qaisar, Nagaraj C. Shivaramaiah, Andrew G. Dempster, Chris Rizos | 236 - 243 |
| The Study of Typhoon Path in Taiwan Region using Precise Point Positioning Technique | Wei-Chih Peng, Yu-Hwa Lee, Kai-Wei Chiang, Ming Yang | 244 - 252 |
| Troposphere Modeling for Precise GPS Rapid Static Positioning in Mountainous Areas | P. Wielgosz, S. Cellmer, Z. Rzepecka, D.A. Grejner-Brzezinska | 253 - 260 |
| Estimation of Troposphere Decorrelation Using the Combined Zenith-dependent Parameter | Yong Won Ahn, Don Kim, Peter Dare, James Park | 261 - 270 |
| Assessing Space-based GNSS Technology for Meteorological Studies in Australia | Erjiang Fu | 271 - 276 |
| Real-Time Detection of Ionospheric Scintillations and Potential Applications | Irma RodrÃguez, Carlos Hernández, Ana Curiel, Carlos Catalán, Laura Fernández, Esther Sardón | 277 - 288 |
| Diffraction Tomography of the Disturbed Ionosphere Based on GPS Scintillation Data | Mark L. Psiaki, Gary S. Bust, Alessandro P. Cerruti, Paul M. Kintner Jr., and Steven P. Powell | 289 - 308 |
| Evaluating GPS Receiver Robustness to Ionospheric Scintillation | Joanna C. Hinks, Todd E. Humphreys, Brady O’Hanlon, Mark L. Psiaki, Paul M. Kintner, Jr. | 309 - 320 |
| The MIM-Principle Where GNSS and Radio Astronomy Collide | E. Noordam | 321 - 326 |
| Real-Time, Wide-Area, Precise Kinematic Positioning Using Data from Internet NTRIP Streams | Oscar L. Colombo | 327 - 337 |
| Incorporation of Network Information in Multiple GNSS Processing Environment | Hans-Jürgen Euler, Joachim Wirth | 338 - 347 |
| The Relationship Between Network RTK Solutions MAC, VRS, PRS, FKP and i-MAX | Frank Takac, Oliver Zelzer | 348 - 355 |
| User Terminal/Local Element System for Network Based Positioning using RTK/EGNOS in Urban Environment | Antonio Defina, Khalid Charqane, Fabrizio Dominici, Gianluca Marucco, Chiara Porporato, Mattia De Agostino, Ambrogio M. Manzino | 356 - 367 |
| Transferring Ambiguity Levels Between Network Corrections | P. Alves, and P.M. Grgich | 368 - 375 |
| Algorithms to Calibrate and Compensate for GLONASS Biases in GNSS RTK Receivers Working with 3rd Party Networks | Aleksey Boriskin, Gleb Zyryanov | 376 - 384 |
| Toward the Ultimate RTK: The Last Challenges in Long-Range Real-Time Kinematic Applications | Don Kim, Richard B. Langley | 385 - 396 |
| Precise Point Positioning with Ambiguity Resolution in Real-Time | Leos Mervart, Zdenek Lukes, Christian Rocken, Tetsuya Iwabuchi | 397 - 405 |
| Investigating the Impact of the Commercial GSM/GPRS Communications on the Availability of the Network Based RTK GNSS Service | Jose Aponte, Xiaolin Meng, Terry Moore, Chris Hill, Mark Burbidge | 406 - 411 |
| Global Positioning Systems Wing GPS Program Update to ION GNSS 2008 | Dave Madden | 412 - 430 |
| GLONASS Status and Progress | Sergey Revnivykh | 431 - 452 |
| Galileo Programme Status | Marco Falcone | 453 - 492 |
| Quasi-Zenith Satellite System (QZSS) Program Update | Koji Terada | 493 - 527 |
| Modeling and Analysis of Measurement Time Synchronization Error in Transfer Alignment | Cheon-Joong Kim, Hyun-Seok Kim, Heung-Won Park | 528 - 536 |
| Wireless Localization and Navigation with the Signal of Opportunity by Exploiting Doppler Frequency | Siva Kumar Balaga, Huilin Xu, Liuqing Yang | 537 - 544 |
| A Model-Aided AHRS for Micro Aerial Vehicle Application | Navid Dadkhah, Bernard Mettler, Demoz Gebre-Egziabher | 545 - 553 |
| Rapid Initialization of SINS for Land Vehicle-based Vertically-launched Missiles | Zhenkai Xu, Yong Li, Chris Rizos, Xiaosu Xu | 554 - 559 |
| Precise Time Transfer and Ranging Experiment using ETS-VIII Satellite | Yasuhiro Takahashi, Fumimaru Nakagawa, Hiroo Kunimori, Jun Amagai, Shigeru Tsuchiya, Ryo Tabuchi, Shin'ichi Hama, Hiroyuki Noda | 560 - 564 |
| Ultra-stable Oscillators: Limits of GNSS Coherent Integration | Pascal O. Gaggero, Daniele Borio | 565 - 575 |
| A Picosecond Accuracy Timing System Based on L1-only GNSS Receivers for a Large Aperture Array Radar | Gustav Stenberg, Tore Lindgren, Jonny Johansson | 576 - 580 |
| Real-time Clock Estimation for Precise Orbit Determination of LEO-Satellites | A. Hauschild, O. Montenbruck | 581 - 589 |
| Precise Timing using a High Sensitivity Receiver in Indoor Environments | E. Anyaegbu, J.P. Bickerstaff, P. Fleming, G. Whitworth | 590 - 601 |
| Differences in Multipath Propagation Between Urban and Suburban Environments | Alexander Steingass, Andreas Lehner | 602 - 611 |
| Impact of Near-Field Effects on the GNSS Position Solution | Florian Dilssner, Günter Seeber, Gerhard Wübbena, Martin Schmitz | 612 - 624 |
| A New Wavelet-Based Multipath Mitigation Technique | Mohamed Elhabiby, Ahmed El-Ghazouly, Naser El-Sheimy | 625 - 631 |
| Performance of GNSS Time of Arrival Estimation Techniques in Multipath Environments | Ali Broumandan, Tao Lin | 632 - 643 |
| Particle Filtering Strategies for Efficient Multipath Mitigation | Pau Closas, Carles Fernandez-Prades, Juan A. Fernandez-Rubio, David Bernal | 644 - 651 |
| BOC/MBOC Multicorrelator Receiver with Least-Squares Multipath Mitigation Technique | Fernando D. Nunes, Fernando M.G. Sousa, Jose M.N. Leitao | 652 - 662 |
| Demonstration of a Synthetic Phased Array Antenna for Carrier/Code Multipath Mitigation | T. Pany, B. Eissfeller | 663 - 668 |
| Analysis of Early Late Phase for Multipath Mitigation | Omer Mohsin Mubarak | 669 - 678 |
| A Geometrical Approach for Maximum Likelihood Estimation of Multipath | Nuria Blanco-Delgado, Fernando D. Nunes, Joao M. Xavier | 679 - 688 |
| GPS Multipath Parameterization using the Extended Kalman Filter and a Dual LHCP/RHCP Antenna | Ashkan Izadpanah, Cillian O’Driscoll, Gérard Lachapelle | 689 - 697 |
| A Demonstration of L2C Tracking from Space for Atmospheric Occultation | T.K. Meehan, Chi O. Ao, Byron Iijima, David Robison, Doug Hunt, Christian Rocken, Bill Schreiner, Sergey Sokolovskiy | 698 - 701 |
| MMS-IRAS TRL-6 Testing | Gregory W. Heckler, Luke B. Winternitz, William A. Bamford | 702 - 709 |
| Next Space-VLBI Mission, VSOP-2, and the Precise Orbit Determination with GNSS Navigation and SLR | Yoshiharu Asaki, Hiroshi Takeuchi, Makoto Yoshikawa | 710 - 718 |
| Lessons Learned from the use of GPS in Space: Application to the Orbital use of GALILEO | J-L. Issler, A. de Latour, L. Ries, L. Lestarquit, M. Grondin, J. Dantepal | 719 - 735 |
| First Spaceborne Demonstration of Galileo Signals for GNSS Reflectometry | Philip J. Jales, Ruediger M. Weiler, Craig Underwood, Martin Unwin | 736 - 745 |
| Integer Ambiguity Free Attitude Determination from GNSS Carrier Phase Double Differences by Means of a Hyper-Dome Quaternion Search Grid | Roberto V.F. Lopes, Adenilson R. da Silva, Hélio K. Kuga | 746 - 757 |
| Zero-difference Ambiguity Fixing for Spaceborne GPS Receivers | D. Laurichesse, F. Mercier, J.P. Berthias, P. Broca, L. Cerri | 758 - 768 |
| Test Results from a Precise Positioning and Attitude Determination System for Microsatellites using a Software-Defined Radio | Alison Brown, Peter Brown, Benjamin Mathews | 769 - 774 |
| Nonlinear Fixed-Point Smoothers and their Application for GPS Orbit Determination | Chun Yang, Thao Nguyen, Mikel Miller | 775 - 785 |
| Improved Orbit Estimation using GPS Measurements for Conjunction Analysis | Alana R. Muldoon, Gabriel H. Elkaim | 786 - 794 |
| Cost Effective & Innovative Approach to Recover from Data Corruptions Due to Radiation Effects in GPS Receivers in Leo-Orbits | G. Vyasaraj, B.N. Raghothama, J.K. Ray | 795 - 801 |
| Development and Field-Testing of a GPS-Based Mountain Pass Road Opening Driver Assistance System | Kin S. Yen, Michael T. Darter, Ty A. Lasky, Bahram Ravani | 802 - 812 |
| Navigation and Sensor Integration in an Autonomous Lawnmower | Adam Webb, Brian Birkmire, Jeffrey Baugher, Kuldip S. Rattan, Scott Thomas, John Gallagher | 813 - 818 |
| Mini-Urban Challenge | Casey C. Miller, Caroline A. New | 819 - 825 |
| Adaptive Sensing for Improving Detection of Unexploded Ordnances with a Sigma-Point Information Filter | Alan Y. Chen | 826 - 836 |
| Mitigating Geomagnetic Noise in Airborne Magnetic Surveys using GPS | Susan Skone | 837 - 842 |
| A New GPS-Enhanced High Resolution Weather Service | Tetsuya Iwabuchi, Christian Rocken | 843 - 851 |
| An Energy Scavenging Autonomous Surface Vehicle for Littoral Surveillance | Gabriel Hugh Elkaim, C.O. Lee Boyce Jr. | 852 - 860 |
| Cooperative LBS for Secure Transport System | Andrea Tomatis, Pasquale Cataldi, Giovanni Pau, Paolo Mulassano, Fabio Dovis | 861 - 866 |
| Micro-Navigation Satellite Network Design and Analysis | Bei Kang, Jong-Ha Lee, Chang-Hee Won | 867 - 876 |
| A Triple Estimating Receiver of Multiplexed Binary Offset Carrier (MBOC) Modulated Signals | M.S. Hodgart, R.M. Weiler, M. Unwin | 877 - 886 |
| Revised PRN Code Structures for Galileo E1 OS | Stefan Wallner, Jose-Angel Avila-Rodriguez, Jong-Hoon Won, Günter Hein, Jean-Luc Issler | 887 - 899 |
| An Interference Impact Assessment Model for GNSS Signals | Beatrice Motella, Simone Savasta, Davide Margaria, Fabio Dovis | 900 - 908 |
| GNSS Offline Signal Quality Assessment | M. Soellner, C. Kurzhals, G. Hechenblaikner, M. Rapisarda, T. Burger, S. Erker, J. Furthner, U. Grunert, M. Meurer, S. Tholert | 909 - 920 |
| Mitigating the Impact of GNSS Signals in the Radio Astronomy Band 1610.6-1613.8 MHz | Olivier Julien, Jean-Luc Issler | 921 - 932 |
| Interference Effects on Galileo E5b and E6 Frequencies Observed in the Galileo Test and Development Environment GATE | Guenter Heinrichs, Erwin Loehnert, Bjoern Ott, Elmar Wittmann | 933 - 939 |
| C-Band User Terminal Concepts and Acquisition Performance Analysis for European GNSS Evolution Programme | Jong-Hoon Won, Bernd Eissfeller, Berthold Lankl, Andreas Schmitz-Peiffer, Enrico Colzi | 940 - 951 |
| Galileo Signal Fading in an Indoor Environment | Andreas Teuber, Matteo Paonni, Victoria Kropp, Günter W. Hein | 952 - 960 |
| AltBOC for Dummies or Everything You Always Wanted To Know About AltBOC | Laurent Lestarquit, Géraldine Artaud, Jean-Luc Issler | 961 - 970 |
| GPS-GALILEO Urban Interoperability Performance with the GPS-GALILEO Time Offset | Bernard Bonhoure, Inge Vanschoenbeek, Marco Boschetti, Jérôme Legenne | 971 - 981 |
| Consequences of MBOC Approximation by BOC Modulation | F. Macchi, M.G. Petovello, G. Lachapelle | 982 - 993 |
| Ground Based Augmentation System (GBAS) Local Area Augmentation System (LAAS) Program Status | Carlos Rodriguez | 994 - 1008 |
| Wide Area Augmentation System (WAAS) Program Status | Deborah Lawrence | 1009 - 1031 |
| Status of MSAS: MTSAT Satellite-based Augmentation System | Hideki Manabe | 1032 - 1059 |
| EGNOS Status Update | D. Flament and C. Seynat | 1060 - 1088 |
| Recent Progress on Aviation Integrity | Per Enge | 1089 - 1108 |
| EUROCONTROL Policy on GNSS | F. Salabert, A. Hendriks , R. Rawlings, R. Farnworth | 1109 - 1115 |
| Availability of GNSS Performance to Support ADS-B | Matt Harris, Tim Murphy | 1116 - 1123 |
| EGNOSATC: A Prototype for the Generation of NOTAM for European EGNOS Flight Procedures | MarÃa D. Mota, Jesús Cegarra, Daniel Zapata, José M. Bermúdez, Emilio J. Gonzále | 1124 - 1138 |
| Performance of a Doppler-Aided GPS Navigation System for Aviation Applications under Ionospheric Scintillation | Tsung-Yu Chiou, Jiwon Seo, Todd Walter, Per Enge | 1139 - 1147 |
| Ionospheric Delay Estimation in a Single Frequency Mode for Civil Aviation | Christophe Ouzeau, Christophe Macabiau, Benoît Roturier, Mikaël Mabilleau, Laurent Azoulai, Jacqueline Levan, Frédéric Besse | 1148 - 1158 |
| Near Real-Time Geo-Referenced UAV Imagery Collection and Web-Based Processing on a Server for Targeting and Mapping | Alison Brown, Bruce Bockius, Dave Wetlesen, Jim Dalrymple | 1159 - 1164 |
| Estimating Angle of Attack and Sideslip Under High Dynamics on Small UAVs | John Perry, Ahmed Mohamed, Baron Johnson, Rick Lind | 1165 - 1173 |
| Fully Automatic Taxiing, Takeoff and Landing of a UAV Only with a Single-Antenna GPS Receiver | Am Cho, Jihoon Kim, Sanghyo Lee, Dongkeon Kim, Changdon Kee | 1174 - 1181 |
| Performance Evaluation of Low Cost Multi-Antenna GPS/INS for Small UAVs | Rui Hirokawa, Ryusuke Ohata, Taro Suzuki, Takuji Ebinuma | 1182 - 1192 |
| Smart Positioning with Fastrax's Software GPS Receiver Solution | S. Söderholm, T. Jokitalo, K. Kaisti, H. Kuusniemi, H. Naukkarinen | 1193 - 1200 |
| A Single Die GPS, with Indoor Sensitivity - The NXP GNS7560 | T. Haddrell, J.P. Bickerstaff, M. Conta | 1201 - 1209 |
| Achieving 30 cm Autonomous Positioning Accuracy with Nexteq Single-Frequency GPS Receivers | Y. Zhang, S. Lee, C. Chen | 1210 - 1216 |
| Galileo Receiver Testing with the GNSS Signal Generator NSG 5100 | S. Martin, S. Diefenbach, D. Felbach, M.V. Voithenberg, H. Dietz, R. Sasum | 1217 - 1226 |
| A Versatile Solution for Testing GPS/Inertial Navigation Systems | Neal Fedora, Colin Ford, Peter Boulton | 1227 - 1236 |
| Performance Evaluation of the Multi-Constellation and Multi-Frequency GNSS RF Navigation Constellation Simulator NavX-NCS | Guenter Heinrichs, Markus Irsigler, Robert Wolf, Guenther Prokoph | 1237 - 1241 |
| magicGNSS: Precise GNSS Products Out of the Box | R. Piriz, A. Mozo, P. Navarro, D. Rodriguez | 1242 - 1251 |
| Galileo Performance Analysis Software for Test User Receivers | Sonsoles Romero, José Diez, Antonio Fernández, Axel Van den Berg, Maria Simsky, Kristoff Van Wassenhove, Richard Morgan-Owen, Juan Carlos de Mateo, Martin Hollreiser | 1252 - 1257 |
| GPStream: A Low Bandwidth Architecture to Deliver or Autonomously Generate Predicted Ephemeris | Eric Derbez, Rich Lee | 1258 - 1264 |
| Continuous GNSS Performance Monitoring, Prediction and Information Services via GalTeC | W. Ehret, H. Su, E. Kubitz, O. Glaser, E. Blomenhofer | 1265 - 1277 |
| New Approach for Integer Ambiguity Resolution using Interval Analysis | E. van Kampen, E. de Weerdt, Q.P. Chu, J.A. Mulder | 1278 - 1289 |
| Enhanced Integer Bootstrapping for Single Frequency GPS Attitude Determination | James Pinchin | 1290 - 1298 |
| Optimization of Position Domain Relative RAIM | Young C. Lee | 1299 - 1314 |
| Precise Point Positioning with Ambiguity Resolution using the Decoupled Clock Model | Paul Collins, Francois Lahaye, Pierre Heroux, Sunil Bisnath | 1315 - 1322 |
| Optimising the Algorithm Design for High-integrity Relative Navigation using Carrier-phase Relative GPS Integrated with INS | Paul D. Groves, Charles R. Offer, Christopher J. Mather, Graham W. Pulford, Immanuel A. Ashokaraj, Alex A. Macaulay | 1323 - 1334 |
| New Approaches to IMU Modeling and INS/GPS Integration for UAV-Based Earth-Observation | P. Molina, M. Wis, M.E. Pares, M. Blazquez, J.C. Tatjer, I. Colomina | 1335 - 1344 |
| INS/GPS Integration Using Gaussian Sum Particle Filter | Yukihiro Kubo, Jinling Wang | 1345 - 1352 |
| A Robust Filtering Scheme for Attitude/Rate Estimation with GNSS Signals | Javier G. Garcia, Pedro A. Roncagliolo, Carlos H. Muravchik | 1353 - 1364 |
| Integrity Monitoring of Carrier Phase Measurements using Particle Filtering | Eunsung Lee, Moon Beom Heo, Gi Wook Nam, Young Jae Lee | 1365 - 1370 |
| Improving user Experience in Assisted Land Navigation using Sub-optimal Sensor Configuration Installed on a Cell Phone | Goutam Dutta, Hemanth Mullur, June Chul Roh, Sandeep Rao, Srinath Hosur | 1371 - 1376 |
| Twin IMU-HSGPS Integration for Pedestrian Navigation | Jared B. Bancroft, Gérard Lachapelle, M. Elizabeth Cannon, Mark G. Petovello | 1377 - 1387 |
| GNSS Aided In Situ Human Lower Limb Kinematics During Running | S.P. Kwakkel, G. Lachapelle, M.E. Cannon | 1388 - 1397 |
| A Solution for Combined GPS/GLONASS Navigation in Conditions of Limited Satellite Visibility | Changsheng Cai | 1398 - 1405 |
| Instantaneous RTK Positioning Based on User Velocity Measurements | Nobuaki Kubo, Sam Pullen | 1406 - 1417 |
| A Hybrid System for Navigation in GPS-challenged Environments: Case Study | Chris Rizos, Dorota A. Grejner-Brzezinska, Charles K. Toth, Andrew G. Dempster, Yong Li, Nonie Politi, Joel Barnes, Hongxing Sun | 1418 - 1428 |
| Precise Point Positioning with Single-Frequency Mass Market Receivers | A. Somieski, E. Favey, C. Burgi | 1429 - 1436 |
| The Usefulness of Internet-based (NTrip) RTK for Navigation and Intelligent Transportation Systems | Marcin Uradzinski, Don Kim, Richard B. Langley | 1437 - 1445 |
| A Zonal Regional Augmentation System Applying on Railway and Inland Waterway | Wang Zhipeng, Zhang Jun, Liu Qiang | 1446 - 1454 |
| Performance of Hourly Precise Point Positioning with Ambiguity Resolution | Jianghui Geng, Xiaolin Meng, Norman Teferle, Alan Dodson, Maorong Ge, Chuang Shi, Jingnan Liu | 1455 - 1461 |
| Quality Assessment of DTM Generated from RTK GPS Data on Area with Various Sky Views | Abdul Nasir Matori, Dedi Atunggal, B.K. Cahyono | 1462 - 1469 |
| GALANT - Architecture Design and First Results of A Novel Galileo Navigation Receiver Demonstrator With Array Antennas | Manuel Cuntz, Holmer Denks, Andriy Konovaltsev, Achim Hornbostel, Achim Dreher, Michael Meurer | 1470 - 1477 |
| Performance of an L1/E5 GNSS Receiver using a Direct Conversion Front-End Architecture | Ruediger M. Weiler, Paul Blunt, Philip Jales, Martin Unwin, Stephen Hodgart | 1478 - 1489 |
| A New Unambiguous Tracking Technique for Sine-BOC(2n,n) Signals | Zheng Yao | 1490 - 1496 |
| Exploiting the Secondary Codes to Improve Signal Acquisition Performance in Galileo Receivers | Nagaraj C. Shivaramaiah, Andrew G. Dempster, Chris Rizos | 1497 - 1506 |
| A Novel Low-Complexity Acquisition Method for Next Generation GNSS Signals | Pei-Hsueh Lee, Dong-Hong Liu, Wei-Lung Mao, Hen-Wai Tsao, Fan-Ren Chang, Hsin-Chung Yeh, Kun-Tso Chen | 1507 - 1513 |
| The IRGAL Project: Innovation and Research on Galileo in Piedmont | Marco Pini, Maurizio Fantino, Paolo Mulassano, Letizia Lo Presti, Luigi Bragagnini | 1514 - 1519 |
| Matched Filter MBOC Tracking by Accumulation | José Diez, João S. Silva, Antonio Fernández | 1520 - 1524 |
| Multipath and Tracking Performance of Galileo Ranging Signals Transmitted by GIOVE-B | Andrew Simsky, David Mertens, Jean-Marie Sleewaegen, Wim De Wilde, Martin Hollreiser, Massimo Crisci | 1525 - 1536 |
| Intellectual Property, Patents & Air Force Contracts | Dave Ehrhart | 1537 - 1553 |
| Impact of KSR v. Teleflex on GPS Patents | Jan M. Conlin | 1554 - 1569 |
| An ANN Embedded POS Algorithm for a Low Cost MEMS INS/GPS Integrated System | Hsiu-Wen Chang, Chia-Yuan Li | 1570 - 1581 |
| Land-Based Navigation Aiding by Fusion with Airborne Sensory Data | Taher Hassan, Naser El-Sheimy | 1582 - 1588 |
| GPS/INS Integrity Monitoring Using a Modified GPB1 Filter Bank | J. Wendel, O. Meister, R. Mönikes | 1589 - 1595 |
| Robust Design for GNSS Integration | James L. Farrell | 1596 - 1599 |
| Hybrid Extended Particle Filter (HEPF) for INS/GPS Integrated System | Priyanka Aggarwal | 1600 - 1609 |
| Performance of a Low-cost Real-time Navigation System using Single-frequency GNSS Measurements Combined with Wheel-tick Data | Ch. Hollenstein, E. Favey, C. Schmid, A. Somieski, D. Ammann | 1610 - 1618 |
| Integrating Loran and GNSS for Safety of Life Applications | Benjamin B. Peterson, Sherman C. Lo, Per K. Enge | 1619 - 1630 |
| Incorporating Obstructions in GDOP Mapping Through the use of LiDAR Data | Krista Amolins | 1631 - 1640 |
| A New Method for Electronic Compass Magnetometer Calibration for Improving Azimuth Calculation in Magnetometer/GPS Integrated System | Hang Guo, Donghyun Kim, Richard Langley, Min Yu, Chengwu Zou, Wenwen Huang | 1641 - 1648 |
| The New L2C GPS Code: Signal and Positioning Quality Analysis | Mattia De Agostino, Marco Piras, Chiara Porporato | 1649 - 1657 |
| Performance Evaluation of L2C Data/Pilot Combined Carrier Tracking | Kannan Muthuraman, Richard Klukas, Gérard Lachapelle | 1658 - 1666 |
| Evaluation of the New WAAS L5 Signal | Hyunho Rho, Richard B. Langley | 1667 - 1678 |
| Investigation of Upload Anomalies Affecting IIR Satellites in October 2007 | Karl Kovach, John Berg, Victor Lin | 1679 - 1687 |
| Evaluation of Compass Ambiguity Resolution Performance Using Geometric-Based Techniques with Comparison to GPS and Galileo | Wei Cao, Kyle O’Keefe, M. Elizabeth Cannon | 1688 - 1697 |
| Development of Ultimate Seamless Positioning System Based on QZSS IMES | Dinesh Manandhar, Kazuyuki Okano, Makoto Ishii, Hideyuki Torimoto, Satoshi Kogure, Hiroaki Maeda | 1698 - 1705 |
| C-Band User Terminal Tracking Loop Stability Analysis for European GNSS Evolution Programme | Jong-Hoon Won, Bernd Eissfeller, Andreas Schmitz-Peiffer, Enrico Colzi | 1706 - 1718 |
| Multichannel Dual Frequency GLONASS Software Receiver | S. Abbasian Nik, M.G. Petovello | 1719 - 1729 |
| Comparison of Assisted and Stand-Alone Methods for Increasing Coherent Integration Time for Weak GPS Signal Tracking | Pejman L. Kazemi, Cillian O’Driscoll | 1730 - 1740 |
| Differential Joint Data/Pilot Acquisition Strategies for Indoor Galileo E1 Signal | Tung Hai Ta, Letizia Lo Presti, Fabio Dovis, Davide Margaria, Riccardo Lesca | 1741 - 1747 |
| A New Statistical Model of the Indoor Propagation Channel for Satellite Navigation | Matteo Paonni, Victoria Kropp, Andreas Teuber, Guenter W. Hein | 1748 - 1757 |
| Combined L1 / L2C Tracking Scheme for Weak Signal Environments | Cyrille Gernot, Kyle O’Keefe, Gerard Lachapelle | 1758 - 1772 |
| Ubiquitous WiFi/GNSS Positioning System - TOA Based Distance Estimation | Kazimieras Bagdonas, Kai Borre | 1773 - 1779 |
| DINGPOS: A Hybrid Indoor Navigation Platform for GPS and GALILEO | J. A. López-Salcedo, Y. Capelle, M. Toledo, G. Seco, J. López Vicario, D. Kubrak, M. Monnerat, A. Mark, D. Jiménez | 1780 - 1791 |
| Effects of Oversampling and Multipath on Navigation Using OFDM Signals of Opportunity | Christopher M. Schexnayder, John F. Raquet, Richard K. Martin | 1792 - 1803 |
| Augmentation of Low-cost GPS/MEMS INS with UWB Positioning System for Seamless Outdoor/Indoor Positionng | Makoto Tanigawa, Jeroen D. Hol, Fred Dijkstra, Henk Luinge, Per Slycke | 1804 - 1811 |
| Active RFID Fingerprinting for Indoor Positioning | Guenther Retscher, Qing Fu | 1812 - 1820 |
| GPS Position Aiding in a Cellular Telephone without the Network | M.R. Jarvis, R.W. Rowe, P.J. Duffett-Smith, A.R. Pratt | 1821 - 1828 |
| RTK Relative Positioning Algorithms for Long Baselines with Estimating Ionospheric and Tropospheric Delays | Seigo Fujita, Hiroaki Imono, Yukihiro Kubo, Sueo Sugimoto | 1829 - 1839 |
| SiRF InstantFix II Technology | Wentao Zhang, Vijay Venkatasubramanian, Hongxin Liu, Makarand Phatak, Shaowei Han | 1840 - 1847 |
| Determination of Minimum Data Required to Achieve Desired Location Performance | Sameet M. Deshpande, Mangesh Chansarkar, Mahesh Chowdhary | 1848 - 1854 |
| Short-term Stability of GNSS Satellite Clocks and its Effects on Precise Point Positioning | Anja Hesselbarth, Lambert Wanninger | 1855 - 1863 |
| GPS Precise Absolute Positioning via Kalman Filtering | Brian W. Tolman | 1864 - 1874 |
| Models and Algorithms Evaluation on GPS Kinematic Precise Point Positioning | Congwei Hu, Wu Chen, Jicang Wu | 1875 - 1882 |
| A Time-Relative Approach for Precise Positioning with a Miniaturized L1 GPS Logger | J. Traugott, G. Dell’Omo, A.L. Vyssotski, D. Odijk, G. Sachs | 1883 - 1894 |
| ATOM: Super Compact and Flexible Format to Store and Transmit GNSS Data | Igor Artushkin, Aleksey Boriskin, Dmitry Kozlov | 1895 - 1902 |
| WAAS Benefits of GEO Ranging | Timothy Schempp, Jason Burke, Arthur Rubin | 1903 - 1910 |
| A Simple Algorithm for Dual Frequency Ground Monitoring Compatible with ARAIM | Juan Blanch, Todd Walter, Per Enge | 1911 - 1917 |
| Modeling Ionospheric Spatial Threat Based on Dense Observation Datasets for MSAS | Takeyasu Sakai, Keisuke Matsunaga, Kazuaki Hoshinoo, Todd Walter | 1918 - 1928 |
| A New Modeling Scheme of Satellite Ephemeris and Clock Errors for Korean WADGPS Test Bed | Doyoon Kim, Ho Yun, Kyoungho Sohn, Changdon Kee | 1929 - 1937 |
| Reconstructing the WAAS Undersampled Ionospheric Gradient Threat Model for the WAAS Expansion into Mexico | Ephrem Paredes, Nitin Pandya, Lawrence Sparks, Attila Komjathy | 1938 - 1947 |
| Architecture of an FAA Certified TSO-C145c Precision Approach Receiver | R.A. Nayak, J.K. Ray | 1948 - 1954 |
| Enhanced SBAS Integration Method using Combination of Multiple SBAS Corrections | Ho Yun, Doyoon Kim, Sanghoon Jeon, Byungwoon Park, Changdon Kee | 1955 - 1961 |
| Performance Assessment of a Local Area Monitoring System in Asia Pacific Region | Chun-Hao Chen, Shau-Shiun Jan | 1962 - 1970 |
| Off-line, On-line and On-target FD/FDE Test Results for Approach Phases in an Aviation Receiver | J.K. Ray, R.A. Nayak | 1971 - 1978 |
| U.S. Space-Based PNT International Cooperation | Alice A. Wong | 1979 - 1993 |
| International Committee on Global Navigation Satellite Systems (ICG): 2008 Activities | Sharafat Gadimova | 1994 - 2003 |
| Brazil - GNSS use and Influence in Brief | Washington Machado | 2004 - 2045 |
| Global Navigation Satellite Systems: Impacts, Prospects and Challenges in Africa | A.B. Rabiu | 2046 - 2076 |
| The Worldwide Receivers Market | Gian Gherardo Calini | 2077 - 2106 |
| Versatile OEM GNSS Receivers for Demanding Applications | Peter A. Grognard | 2107 - 2114 |
| Analysis of Low-cost GPS/INS Integration for Bistatic SAR Experiments | Stefan Knedlik, Junchuan Zhou, Zhen Dai, Ezzaldeen Edwan, Otmar Loffeld | 2115 - 2122 |
| A Comparison of the Performance of a Non-Coherent Deeply Integrated Navigation Algorithm and a Tightly Coupled Navigation Algorithm | Matthew Lashley, David M. Bevly | 2123 - 2129 |
| Improving the Performance of Portable Navigation Devices by Using Partial IMU Based GPS/INS Integration Technology | Xiaoji Niu, Shaowei Han | 2130 - 2136 |
| Particle Filtering Algorithm for Ultra-tight GNSS/INS Integration | David Bernal, Pau Closas, Juan A. Fernandez-Rubio | 2137 - 2144 |
| Improvement of GNSS Signal Acquisition Using Low-Cost Inertial Sensors | Damien Kubrak, Michel Monnerat, Geraldine Artaud, Lionel Ries | 2145 - 2155 |
| Integrating External Position Information with GPS using Existing GPS Processing Software for Precision Agriculture Applications | Anthony Cole | 2156 - 2164 |
| Modified Gaussian Sum Nonlinear Filters for INS/GPS Integrated Systems | M. Nakagawa, H. Okuno, T. Sato, Y. Kubo, S. Sugimoto | 2165 - 2176 |
| Design of a Regional Navigation Satellite System Constellation Using Genetic Algorithms | Halil I. Ozdemir, John F. Raquet, Gary B. Lamont | 2177 - 2188 |
| Assessment on the use of C-Band for GNSS within the European GNSS Evolution Programme | A. Schmitz-Peiffer, L. Stopfkuchen, F. Soualle, J-J. Floch, R. King, A. Fernandez, R. Jorgensen, B. Eissfeller, J.A. Avila Rodriguez, S. Wallner, J-H. Won, T. Pany, M. Anghileri, B. Lankl, T. Schuler, E. Colzi | 2189 - 2198 |
| Analysis of GPS Monitor Station Exclusions with Architecture Evolution Plan | B.J. Stanton, Ralph Strother, Walter P. Petrofski | 2199 - 2208 |
| GPS Pseudorange Measurement Calibration | Michael D. Menn, Xuandzung T. Tran | 2209 - 2220 |
| Evaluation of Positioning Accuracy with Differential GPS/GLONASS | Hideki Yamada, Tomoji Takasu, Nobuaki Kubo, Akio Yasuda | 2221 - 2226 |
| The Impact of Compass/Beidou-2 on Future GNSS: A Perspective From Asia | Yu-Sheng Huang, Meng-Lun Tsai | 2227 - 2238 |
| The Constellation Design of Taiwan’s Regional Navigation Satellite System | He-Chin Chen, Yu-Sheng Huang, Meng-Lun Tsai, Kai-Wei Chiang | 2239 - 2249 |
| GPS III Integrity Concept | Karl Kovach, John Dobyne, Mark Crews, Calvin Miles | 2250 - 2257 |
| Implementation and Analysis of an SDR Processor for GNSS Software Correlators | Götz Kappen, Volker Pieper, Lothar Kurz, Tobias G. Noll | 2258 - 2267 |
| A Real-Time Software Receiver for the GLONASS L1 Signal | Senlin Peng and Brent M. Ledvina | 2268 - 2279 |
| System Aspects and Practical Results for Precise Car Navigation with Modern Civil Signals using a Software Receiver | Daniel Sanromà Güixens, Dominik Dötterböck, Thomas Pany, Bernd Eissfeller | 2280 - 2292 |
| Design and Analysis of Reconfigurable Embedded GNSS Receivers using Model-Based Design Tools | Shankararaman Ramakrishnan, Grace Xingxin Gao, David De Lorenzo, Todd Walter, Per Enge, Dennis Akos | 2293 - 2303 |
| Optimum Digital Filters for GNSS Tracking Loops | Pejman L. Kazemi | 2304 - 2313 |
| Assessing the Spoofing Threat: Development of a Portable GPS Civilian Spoofer | Todd E. Humphreys, Brent M. Ledvina, Mark L. Psiaki, Brady W. O'Hanlon, Paul M. Kintner, Jr. | 2314 - 2325 |
| FPGA-Optimized GNSS Receiver Implementation Techniques | H. Stewart Cobb | 2326 - 2331 |
| Real-time Multipath Monitoring and Characterization with a Variable Spacing Correlator on a FPGA-Based Software GNSS Receiver | Jean-Christophe Guay, Bruno Sauriol, Marc-Antoine Fortin | 2332 - 2342 |
| Snapshot Positioning for Unaided GPS Software Receivers | Yi Qian, Xiaowei Cui, Mingquan Lu, Zhenming Feng | 2343 - 2350 |
| Comparison of GPS Tracking Loop Performance in High Dynamic Condition with Nonlinear Filtering Techniques | Sung-Hyuck Im, Jong-Hwa Song, Gyu-In Jee, Chan-Gook Park | 2351 - 2360 |
| Assessment of the Higher Order Ionosphere Error on Position Solutions | Y.T. Morton, Frank van Graas, Qihou Zhou, Jeffrey Herdtner | 2361 - 2369 |
| Mitigation of the Ionospheric Range Error in Single-frequency GNSS Applications | C. Mayer, N. Jakowski, J. Beckheinrich, E. Engler | 2370 - 2376 |
| Local Models in Ionosphere VTEC Estimation Based on GNSS Regression Models | Seigo Fujita, Hiroaki Yamamoto, Yukihiro Kubo, Sueo Sugimoto | 2377 - 2389 |
| Retrieving Vertical Ionospheric Electron Density Profile with an Improved Abel Inversion Algorithm | Gary Ouyang, Jinling Wang | 2390 - 2396 |
| Evaluation of Deep Signal Fading Effects Due to Ionospheric Scintillation on GPS Aviation Receivers | Jiwon Seo, Todd Walter, Tsung-Yu Chiou, Juan Blanch, Per Enge | 2397 - 2404 |
| Inter-frequency Bias Estimation for the GPS Monitor Station Network | Donny Holaschutz, Robert H. Bishop, R. Benjamin Harris, Brian Tolman | 2405 - 2415 |
| A New Technique to Improve the Electron Density Retrieval Accuracy: Application to FORMOSAT-3/COSMIC Constellation | Angela Aragon-Angel | 2416 - 2424 |
| Investigation of Scintillation Characteristics for High Latitude Phenomena | S. Skone, M. Feng, F. Ghafoori, R. Tiwari | 2425 - 2433 |
| Regional TEC Model using Improved Neural Network and its Application in Single Frequency Precise Point Positioning | Chengquan Xu, Zhao Li, Xianghong Hua, Qian Fan | 2434 - 2439 |
| NASA RNSS Spectrum Protection Activities | Beryl Brodsky, James E. Hollansworth, James J. Miller, A.J. Oria | 2440 - 2449 |
| The L5 Demo Payload on GPS Mission IIR-20 | Thomas D. Powell, Clyde E. Edgar, Hakan Ozisik, Mike McFadden, Dan Reigh, Rich Spieth, James Irvine, Gary Vautin | 2450 - 2454 |
| GNSS Receiver Testing Focusing on Strong Interference by Use of a Hardware Signal Simulator | Holmer Denks, Achim Hornbostel, Jean-Michel Perré | 2455 - 2464 |
| Precise Positioning of Ships and Buoys in the Open Ocean - Results from a 3-Month Indian Ocean Cruise, and a tsunami Buoy off Japan's Coast | C. Rocken, T. Iwabuchi, Z. Lukes, L. Mervart, M. Fujita, M. Kanzaki | 2465 - 2472 |
| A Study on the Dissemination of Network-Based DGPS Corrections for e-Navigation | Ki-Yeol Seo, Sang-Hyun Park, Jin-Kyu Choi, Sang-Hyun Suh | 2473 - 2478 |
| A Feasibility Study on L1/L2C Software RSIM for Maritime DGPS | Sang Hyun Park, Deuk Jae Cho, Ki Yeol Seo, Sang Hyun Suh | 2479 - 2484 |
| Integrating Monolithic Ring Laser Gyros with Legacy Shipboard Navigation and Weapons Systems to Improve Inertial Navigation System Performance | William R. Woodward, Richard Webb, Donald J. Weber, Robert F. Weingaertner | 2485 - 2492 |
| Galileo System Performance for Different Users and Constellations | Veit Oehler, Jan M. Krueger, Hans L. Trautenberg, Julian Daubrawa | 2493 - 2504 |
| Galileo Ground Mission Segment Architecture and Performances | Bernhard Kleine Schlarmann, Martin Hollreiser, Francisco Amarillo | 2505 - 2514 |
| Study on a Galileo Signal and Service Plan for C-band | Jose-Angel Avila-Rodriguez, Stefan Wallner, Jong-Hoon Won, Bernd Eissfeller, Andreas Schmitz-Peiffer, Jean-Jacques Floch, Enrico Colzi, Jean-Luc Gerner | 2515 - 2529 |
| The Galileo Key Management Facilities | N. Shave, M. Potter, A. Coen | 2530 - 2537 |
| The ESA "GNSS+" Project. Inter-satellite Ranging and Communication Links in the Frame of the GNSS Infrastructure Evolutions | M. Sánchez, J.A. Pulido, F. Amarillo, J.L. Gerner | 2538 - 2546 |
| Improved Integrity Concept for Future GNSS Evolutions | C. Catalán, C. Hernández, A. Mozo, L. Fernández, F. Amarill | 2547 - 2557 |
| Assessment of Galileo Data with BayNavTech Performance Assessment Facility | Michael Kirchner, Johann Vilzmann | 2558 - 2564 |
| Improving the Signal-In-Space Monitoring Accuracy of a Galileo External Regional Integrity System using Co-located Receiver Baselines | Aiden J.Deem, Yanming Feng | 2565 - 2573 |
| Realising the Galileo Service Centre at IOV - A Design and Implementation Overview | A. Coen and M. Roberts | 2574 - 2582 |
| Pseudolite Navigation for Rotorcraft and Ground-Based Vehicles | Darin W. Brekke, Derek Wilson, Andrew Brown | 2583 - 2594 |
| Loran Coverage Availability Simulation Tool | Sherman C. Lo, Benjamin B. Peterson, C.O. Lee Boyce Jr., Per K. Enge | 2595 - 2605 |
| Urban Positioning using Signals of Applicability | Greg Gerten | 2606 - 2612 |
| Active RFID for Positioning using Trilateration and Location Fingerprinting Based on RSSI | Qing Fu | 2613 - 2625 |
| Seamless Outdoor-to-Indoor Pedestrian Navigation using GPS and UWB | David S. Chiu, Kyle P. O’Keefe | 2626 - 2637 |
| Aerial Navigation in GPS-denied Environments using a Closed-feedback Error Loop Between the Navigation and Imaging Sensors | Dorota A. Grejner-Brzezinska, Charles K. Toth, Young-Jin Lee, Jaehong Oh | 2638 - 2644 |
| Locata Performance in the Presence of WiFi Interference: Test Results | Faisal A. Khan, Chris Rizos, Andrew G. Dempster | 2645 - 2649 |
| Development and Flight Test of a Robust Optical-Inertial Navigation System Using Low-Cost Sensors | Michael B Nielsen, John F. Raquet, Michael Veth, Meir Pachter | 2650 - 2661 |
| Passive Positioning System Based on Double GEO Satellites and Error Correction Models | Rui Li, Beihang, Yongchao Wang, Jun Zhang, Yanbo Zhu | 2662 - 2668 |
| Determination of the Spectral Separation Between Signals and its Effect on the GNSS Receiver Performance. A More Pragmatic Approach | David Fernandez Prim, Michael Schoenhuber, Otto Koudelka | 2669 - 2676 |
| Design and Implementation of a Multi-Signal-Structure GNSS Signal Simulator Using Low IF Digital Quadrature Modulation | Yanhong Kou, Bo Zhang, Yun Zhao | 2677 - 2691 |
| Integrating High Resolution Terrain Data into Global PDOP Calculations | Mark A. Staley, Michael A. Brilleslyper | 2692 - 2699 |
| Dilution of Precision Factor in Medium Earth Orbit Search and Rescue Systems | Richard Paiement, Mario Caron, Xiaobin Tang | 2700 - 2705 |
| Real-Time Data Disseminator (RTD2) for Simulation Systems and Integration Testing | Ben Gerten, Greg Gerten | 2706 - 2711 |
| GNSS Signal Analysis and Monitoring Tools Developed within the SWAN Project | Emanuela Falletti, Beatrice Motella, Davide Margaria, Luca Giugno, Marco Luise, Riccardo Marracci, Francesco Longo | 2712 - 2723 |
| Real-Time Environment and Sensors Simulator for Rail Applications | P. D'Angelo, S. Gómez de Agüero, D. De Castro, A. Fernández, J. Diez, A. Albanese, L. Foglia | 2724 - 2731 |
| SEXTANT: A High-Fidelity Navigation Simulation Testbed | Kevin M. Betts, Brandon K. DeKock, Donald L. Reed, Jason Gewehr, Derrick Bezanson | 2732 - 2739 |
| A Dual-Stacked Reflector Antenna that Produces Equal Strength Circular Polarized L-Band Signals Everywhere on Earth for GPS Satellite Applications | Yong U. Kim, Frank M. Czopek | 2740 - 2746 |
| A New Approach to Cellphone GPS Antennas | T. Haddrell, M. Phocas, N. Ricquier | 2747 - 2754 |
| An Analysis of Multipath Mitigation Techniques Suitable for Geodetic Antennas | Robin Granger, Steve Simpson | 2755 - 2765 |
| Simulations of Antennas Mounted on Rotorcrafts | Inder J. Gupta, Khadir A. Griffith | 2766 - 2771 |
| Adaptive Array Phase Control using an Integrated Software GPS Signal Processing Architecture | Sai K. Kalyanaraman, Michael S. Braasch | 2772 - 2785 |
| Mitigation of Continuous and Pulsed Radio Interference with GNSS Antenna Arrays | Andriy Konovaltsev, David S. De Lorenzo, Achim Hornbostel, Per Enge | 2786 - 2795 |
| Optimum Adaptive Filtering for GNSS Antenna Arrays | Andrew J. O’Brien, Inder J. Gupta | 2796 - 2805 |
| Post-Processing Dynamic GNSS Antenna Array Calibration and Deterministic Beamforming | Staffan Backen, Dennis M. Akos, Magnus L. Nordenvaad | 2806 - 2814 |
| Interference Mitigation Technique using DOA Information of Interferences for the GPS Receiver | Geon Woo Lee, Deok Won Lim, Chansik Park, Dong-Hwan Hwang, Sang Jeong Lee | 2815 - 2819 |
| Generation of Third Code and Phase Signals Based on Dual-Frequency GPS Measurements | Bofeng Li | 2820 - 2830 |
| Three Carrier Ambiguity Resolution: Generalised Problems, Models, Methods and Performance Analysis using Semi-Generated Triple Frequency GPS Data | Yanming Feng, Bofeng Li | 2831 - 2840 |
| Performance Evaluation of GPS/Galileo Multiple-frequency RTK Positioning Using a Single-difference Processor | Wei Cao, Kyle O’Keefe, M. Elizabeth Cannon | 2841 - 2849 |
| Towards Single Epoch Ambiguity Resolution with Galileo Multiple Frequency using Improved Cascading Ambiguity Resolution (CAR) Method | Wu Chen, Shengyue Ji, Xiaoli Ding, Yongqi Chen, Congwei Hu | 2850 - 2859 |
| GPS+GLONASS RTK: Making the Choice Between Civilian and Military L2 GLONASS | Frank Boon, Jean-Marie Sleewaegen, Andrew Simsky, Wim De Wilde | 2860 - 2867 |
| Improving Performances of Classic Three Carrier Ambiguity Resolution (TCAR) Algorithms for Galileo using GTCAR | Javier Simon, Belén MartÃn Peiró, Manuel Toledo | 2868 - 2879 |
| Estimation of GPS-GLONASS System Time Difference with Application to PPP | Changsheng Cai, Yang Gao | 2880 - 2887 |
| Validation of the Offset Precision Approach with Vertical Guidance to Landing using LAAS as Sole Means of Navigation | Yih-Ru Peter Huang, John Fagan, Yu-Zhen Xue, Gerry McCartor | 2888 - 2893 |
| Solutions to Issues of GBAS using SBAS Ranging Source Signals | Susumu Saito, Naoki Fujii, Kazushi Suzuki, Takeshi Ono | 2894 - 2900 |
| High Performance Navigation Algorithms for Aviation - Results of Approach and Airport Surface Movement Tests | Wolfgang Schuster, Jie Bai, Washington Ochieng, Per Martin Schachtebeck, Meiko Steen | 2901 - 2908 |
| Trimble's Marine Reference Station Modernization | Kendall E. Ferguson, Michael K. Albright, Markus Brandl | 2909 - 2919 |
| Continuity and Integrity Aspects of an Integrated GBAS/INS Navigation System | Meiko Steen, Thomas Feuerle, Ulf Bestmann, Mirko Stanisak, Peter Hecker | 2920 - 2928 |
| Cascade Dual Frequency Smoothing Performance Evaluation Study | Rui Xue, Jun Zhang, Yanbo Zhu | 2929 - 2937 |
| Ionospheric Spatial Gradient Monitoring by using a Long Baseline Monitor with Integrity Algorithms | Jeongrae Kim, Myeon-Sook Jeong, Jongsun Ahn, Young Jae Lee | 2938 - 2944 |
| Performance Assessment of GBAS CAT III using GPS and Galileo | B. Belabbas, P. Rémi, M. Meurer | 2945 - 2952 |
| PORIMA - Precise Predicted Orbit Based Receiver Integrity Monitoring Algorithms | Hua Su, Walter Ehret | 2953 - 2961 |
| Receiver Carrier-to-Noise Ratio Monitoring Based on Improved Cumulative Sum (CUSUM) Method | Liu Xia, Zhang Xuejun, Xue Rui | 2962 - 2968 |
| An Optimal Design for Server-Based RTK Systems | Samsung Lim, Chris Rizos | 2969 - 2974 |
| Modeling 3D Deformation using Terrestrial LiDAR | Sowmya Selvarajan, Ahmed Mohamed, Grenville Barnes | 2975 - 2983 |
| Triple Frequency RF Front-End for GNSS Instrumentation Receiver Applications | Sanjeev Gunawardena, Zhen Zhu, Frank van Graas | 2984 - 2999 |
| Deformation Monitoring with Single Frequency L1 Receivers | Tetsuya Iwabuchi, James Johnson, Shaun Cummins, Christian Rocken, Yoshikatsu Iotake, Masayuki Kanzaki | 3000 - 3008 |
| Software-based GNSS L1 Interferometric Positioning | Benoit J. Muth | 3009 - 3019 |
| Multiple UWB Range Assisted GPS RTK in Hostile Environments | Glenn MacGougan, Kyle O’Keefe, David S. Chiu | 3020 - 3035 |
| Maintenance of the Geodetic Reference Frame in the Global Positioning System | Beryl Brodsky, John LaBrecque, James J. Miller, Robert A. Nelson, A.J. Oria, Michael Pearlman | 3036 - 3047 |
| Integrating Absolute Gravimetry into the Canadian Spatial Reference System: Current Efforts and Priorities | Joseph A. Henton, Jason Silliker, Jacques O. Liard, Mario Berube, Michael R. Craymer, Robert Duval, Carey Gagnon | 3048 - 3056 |