| Title | Author | Pages |
|---|
| Testing and Research on Interference to GPS from UWB Transmitters | Ming Luo, Dennis Akos, Michael Koenig, Guttorm Opshaug, Sam Pullen, Per Enge, Bob Erlandson and Sally Frodge | 1 - 13 |
| GPS Receiver Susceptibility to Ultra-Wideband RFI: Test Results and RFI Link Analyses | Robert J. Erlandson and A. J. Van Dierendonck | 14 - 25 |
| Development of New GPS Performance Standards | John Anton, Robert Hessin, Joseph Sapp and Rob Conley | 26 - 33 |
| The Interagency Forum for Operational Requirements | John W. Lavrakas | 34 - 50 |
| Australian Issues in GNSS Application: Operations of the Australian GNSS Coordination Committee (AGCC) | Don Sinnott | 51 - 56 |
| Quantitative Risk Analysis of GPS as a Critical Infrastructure for Civilian Transportation Applications | Brian B. Mahoney and Yacov Y. Haimes | 57 - 67 |
| GLONASS: Still Out There | Gerald L. Cook | 68 - 74 |
| GPS performance monitoring results for operational applications including B-RNAV | David Walsh, Gary Brodin, Michael Daly, Mark Denney and Steve Griffin | 75 - 80 |
| Report of the AIAA International Space Cooperation Working Group on Global Navigation Satellite Systems | David Turner | 81 - 89 |
| Synergies on Handset Architecture Level for combined GNSS and Wireless Location | Günter Heinrichs and Bernd Eissfeller | 90 - 114 |
| An Efficient Weak Signal Acquisition Algorithm for a Software GPS Receiver | David M. Lin and James B.Y. Tsui | 115 - 136 |
| FFT Acquisition of Periodic, Aperiodic, Puncture, and Overlaid Code Sequences in GPS | Chun Yang | 137 - 147 |
| Mitigation of the Near-Far Problem by Successive Interference Cancellation | Premal H. Madhani, Penina Axelrad, Kent Krumvieda and John Thomas | 148 - 154 |
| Enhanced Sensitivity for Acquisition in Weak Signal Environments Through the Use of Extended Dwell Times | John L. Shewfelt, Robert Nishikawa, Chuck Norman and Geoffrey F. Cox | 155 - 203 |
| Mitigating Short-Delay Multipath: a Promising New Technique | Jean Marie Sleewaegen and Frank Boon | 204 - 213 |
| High Precision Algorithm for Phase Estimates | Alexander Steingass | 214 - 217 |
| GPS For The E911 Location Requirement The Practical IP Approach | Peter Anderson and Jacqueline Bickerstaff | 218 - 226 |
| A GPS Receiver for Space Applications | Oliver Montenbruck, Markus Markgraf, Sunny Leung and Eberhard Gill | 227 - 232 |
| Integrating GPS, INS and Augmented Reality for sub-surface visualisation | Gethin Roberts, Andrew Evans, Alan Dodson, Bryan Denby, Simon Cooper and Robin Hollands | 233 - 266 |
| Real Time Personal Positioning and Physiological Monitoring System | Hoffman Gregory S. and Miller, Mikel M | 267 - 273 |
| The Brunel Navigation System for Blind: Determination of the Appropriate Position to Mount External GPS Antenna on the User's Body | V. Garaj | 274 - 279 |
| Design of Applications for Navigation and Tracking using Mobile Data Terminal with GPS and CDMA modem | Jin Soo Gil, Sung Jin Park and Mun Phil Hyun | 280 - 311 |
| Centralised Kalman Filter for Augmented GPS Pedestrian Navigation | Vincent Gabaglio | 312 - 318 |
| PARAMOUNT Public Safety & Commercial Info-Mobility Applications & Services in the Mountains | Erwin Lohnert, Elmar Wittmann, Jurgen Pielmeier and Florian Sayda | 319 - 325 |
| Location of Cellular Users for Emergency Services LOCUS | Wolfgang Lechner, Stefan Baumann, Frederic Collomb, Hai Phong Dien, Gunther Fischer, Luis Lopes, Gemma Paris, Carlos Rodriguez andPierpaolo Pilloni | 326 - 330 |
| A New Paradigm for High Accuracy Orbit Determination at the Centimeter Level | David W. Allen | 331 - 345 |
| Rapid Static and Kinematic Positioning with Hong Kong GPS Active Network | Wu Chen, Congwei Hu, Yongqi Chen and Xiaoli Ding | 346 - 352 |
| RTK-GPS Positioning in Japan by Virtual Reference Station (VRS) System with GPS-Based Control Stations | Hiromune Namie, Nobumi Hagiwara, Hakjin Kim, Nobuharu Nitta, Yoshinobu Shibahara, Tetsuro Imakiire and Akio Yasuda | 353 - 361 |
| Subsidence Monitoring System Using Real-Time GPS Sensors | Kai Borre, Kees de Jong and Christophe Pichot | 362 - 367 |
| RTK Networks based on Geo++® GNSMART - Concepts, Implementation, Results | Gerhard Wubbena, Andreas Bagge and Martin Schmitz | 368 - 378 |
| Study of a Simplified Approach in Utilizing Information from Permanent Reference Station Arrays | H.J. Euler, C.R. Keenan and B.E. Zebhause | 379 - 391 |
| A Study on GPS/GLONASS Multiple Reference Station Techniques for Precise Real-Time Carrier Phase-Based Positioning | Liwen Dai, Shaowei Han, Jinling Wang and Chris Rizos | 392 - 403 |
| Improving a Multi-Reference GPS Station Network Method for OTF Positioning in the St. Lawrence Seaway | L. P. Fortes, M. E. Cannon, S. Skone and G. Lachapelle | 404 - 414 |
| The Evaluation of the Accuracy and Measurement of Latency of Internet-Based DGPS and RTK-GPS Positioning | Zhixing Liu, Akio Yasuda and Chunming Fan | 415 - 422 |
| Vision-GPS Fusion for Guidance of an Autonomous Vehicle in Row Crops | Thomas Bak | 423 - 451 |
| GPS Positioning in the Fast Track: Track Model Constraint Enhancement for OEM4 | Tom Ford, Ken Milnes, and Matt Lazar | 452 - 463 |
| A Low-Cost Portable Mobile Mapping (PMM) System Integrating GPS, Attitude Sensors, and a Digital Camera | Naser El-Sheimy, Cameron Ellum and Adel Tabsh | 464 - 472 |
| Data Processing and Multipath Mitigation for GPS/Accelerometer Based Hybrid Structural Deflection Monitoring System | G. W. Roberts, X. Meng and A. H. Dodson | 473 - 508 |
| Performance of A Low Cost System For Automated Documentation Of Crash Scenes Using GPS (AutoDOCS-GPS) | Charles Rodgers, Robert Nelsen, Darrell Greenlee, Theodros Assefa and Andrew Smith | 509 - 516 |
| GPS-Based Proximity Warning System for Mining and Construction Equipment | Thomas Holden and Todd Ruff | 517 - 525 |
| The GRAS SAF Project - an Operational Radio Occultation System | Frans Rubek, Georg Bergeton Larsen and Josep M. Aparicio | 526 - 531 |
| High-Accuracy GPS and Gravity Surveys in North Slope, Alaska | Tianyou Chen, John Ferguson, Carlos Aiken, Jennifer Hare and Jerry Brady | 532 - 563 |
| Chasing Dead People With GPS | Beggs Nelson | 564 - 566 |
| GNSS Performance Limitations over Airports at High Latitude and in the Geo Signals Overlapping Zones | D. Belloni, C. Carnebianca, F. Costa, G. Nobile, A. Parente and R. Rauber | 567 - 574 |
| Sensitivity of WAAS LNAV/VNAV Coverage with the New Integrity Monitor Design | Robert Fries, Cheryl Griffith, Eric Altshuler and Stephen Peck | 575 - 580 |
| Detection of Multipath Influence at DGPS Reference Stations | Marc Hoper, Thomas Boelow and Harald Hoffmann | 581 - 590 |
| The Use of Raw GPS for Vertical Navigation | J.D. Andrew Graham and P.Eng | 591 - 599 |
| Availability of GPS/INS Integration Methods | Tim Murphy, Matt Harris and Michael Braasch | 600 - 609 |
| Using the GPS To Collect Trajectory Data for Ejection Seat Design, Validation, and Testing | Reece Tredway, Mikel Miller and John Raquet | 610 - 616 |
| The New L2 Civil Signal | Richard D. Fontana, Wai Cheung, Paul M. Novak and Thomas A. Stansell | 617 - 631 |
| Safety of Life Considerations for GPS Modernization Architectures | Gary McGraw and Tim Murphy | 632 - 640 |
| GPS IIF and Modernization Taking the Most Advantage of GPS IIF Flexibility | Peter Fyfe, Kamran Ghassemi, Douglas Thompson and Eric Watts | 641 - 649 |
| Real-Time Kinematic in the Light of GPS Modernization and Galileo | Bernd Eissfeller, Christian Tiberius, Thomas Pany, Robert Biberger and Gunter Heinrichs | 650 - 682 |
| A L5 Receiver Test Bench | Lionel Ries, Joel Dantepal and Jean-Luc Issler | 683 - 689 |
| Satellite Autonomous Integrity Monitoring and its Role in Enhancing GPS User Performance | Logi Vioarsson, Sam Pullen, Gaylord Green and Per Enge | 690 - 702 |
| A Systems Approach to a National Position, Navigation and Timing Service | John W. Lavrakas | 703 - 736 |
| GPS III | Steven Lazar | 737 - 757 |
| Development of a Flexible Receiver for Galileo Navigation Signal Verification | Stefan Berberich, Peter A. Krauss and Andrei Botchkovski | 758 - 767 |
| Architecture of Software of TFAG50 Low-Cost Low Power GPS/GLONASS Receiver | Alexander Fridman and Serguei Semenov | 768 - 777 |
| On Implementing GPS Block Processing Techniques in Fixed-Point Programmable Hardware | Sanjeev Gunawardena and Frank van Graas | 778 - 788 |
| A Complete IF Software GPS Receiver: A Tutorial about the Details | Kent Krumvieda, Premal Madhani, Chad Cloman, Eric Olson, John Thomas, Penina Axelrad and Wolfgang Kober | 789 - 829 |
| GPS in 300 square millimetres | Philip G. Mattos | 830 - 834 |
| Engineering a GPS Receiver for Lowest Power Consumption | Francesco Piazza, Marco Cavadini, Alfredo Knecht and Jim Bruister | 835 - 843 |
| Dual-Frequency Receiver Technology for Mass-Market Applications | Taymoor Hekmat and Guenter Heinrichs | 844 - 849 |
| The Projectile Challenge For GPS Guidance | Lawrence L. Wells | 850 - 854 |
| PiVoT GPS Receiver | Miriam Dvorak Wennersten, Anthony Vince Banes, Gregory J. Boegner, Lamar Dougherty, Bernard L. Edwards and Joseph Roman | 855 - 861 |
| The New THALES DG16 GPS Receiver | Mohamed Abousalem, Shiva Mogallur, Sergei Lusin and Oleg Tubalin | 862 - 871 |
| GPS Interference Detection and Identification Using Multicorrelator Receivers | Frederic Bastide, Eric Chatre and Christophe Macabiau | 872 - 881 |
| GPS Signal Degradation Modeling | Changlin Ma, Gyu-In Jee, Glenn MacGougan, Gérard Lachapelle, S. Bloebaum, G. Cox, L. Garin and J. Shewfelt | 882 - 893 |
| Test Results of a Digital Beamforming GPS Receiver in a Jamming Environment | Alison Brown and Neil Gerein | 894 - 903 |
| Use of Anti-Jam Equipment in Location of Interference Sources | Kenneth Falcone | 904 - 911 |
| North Slope 2000: Flight Testing Military/Civil GPS Receivers Against North Warning System Radars | Victor Andreone, Ricardo Mediavilla and Collin Broughton | 912 - 923 |
| Terrain Aiding for Precision Navigation in Heavy GPS Jamming | Michael Perrett and Jay Krempasky | 924 - 931 |
| An Improved Adaptive Spatial Temporal Selective Attenuator | Ilir F. Progri and William R. Michalson | 932 - 956 |
| Study and Comparison of Interference Mitigation Techniques for GPS Receiver | V. Calmettes, F. Pradeilles and M. Bousquet | 957 - 968 |
| Anti-jamming Solution of GPS Receiver Using Nonlinear Adaptive Predictor | W.-L. Mao, H.-W. Tsao and E-R. Chang | 969 - 974 |
| Vulnerability Assessment of the U.S. Transportation Infrastructure that Relies on GPS | James V. Carroll, Karen Van Dyke, John H. Kraemer and Charles Rodgers | 975 - 981 |
| Small Dynamic Antenna Movements Detected From Phase Residual | Ricardo Schaal and Ana Paula Larocca | 982 - 988 |
| On-line GPS Integrity Monitoring and Deformation Analysis for Structural Monitoring Applications | Clement Ogaja | 989 - 999 |
| Permanent Object Monitoring with GPS with 1 Millimeter Accuracy | Gerhard Wubbena, Andreas Bagge, Gerald Boettcher, Martin Schmitz and Peter Andree | 1000 - 1008 |
| P3 Aircraft Buffeting Measurement Using Precise Carrier Phase Techniques | M.E. Cannon, G. Lachapelle, M. Olynik, M.G. Petovello, W. Gelatka and J. Davis | 1009 - 1016 |
| A Technique for Precise Positioning of High Altitude Platforms System (HAPS) Using a GPS Ground Reference Network | Toshiaki Tsujii, Jinling Wang, Liwen Dai, Chris Rizos, Masatoshi Harigae, Toshiharu Inagaki, Takeshi Fujiwara and Teruyuki Kato | 1017 - 1026 |
| THALES Navigation's LRK., an improved RTK solution for long baselines: technique, applications and field results | Pascal Lutz and Rene Gounon | 1027 - 1038 |
| A Recursive Least Squares Approach For Carrier Phase Based Positioning | Xiao-Wen Chang, Christopher C. Paige and Liang Qiu | 1039 - 1047 |
| Study of Improved Observation Modeling for Surveying Type Applications in Multipath Environment | B. Richter and H.J. Euler | 1048 - 1055 |
| A Technique to Reduce Correlated Errors in Continuous Monitoring Applications | Zulkarnain Mat Amin and David R. Twigg | 1056 - 1061 |
| Low Cost RTK for Agricultural Applications | Michael Whitehead and John McClure | 1062 - 1070 |
| Implementation of a GPS Reference Network for Precise Real Time Positioning in Recife, Brazil | Stefan Willgalis, Gunter Seeber, Falko Menge, Claudia Pereira Krueger and Veronica M.C. Romao | 1071 - 1078 |
| Atmospheric Delay Estimates from a Ground-Based Real-Time GPS Network | Borys Stoew, Per Jarlemark, Jan Johansson and Gunnar Elgered | 1079 - 1083 |
| Near Real-Time Water Vapor Monitoring in a German GPS Network and Assimilation into Weather Forecast Model | Christoph Reigber, Gerd Gendt, Galina Dick and Maria Tomassini | 1084 - 1093 |
| Precipitable Water Measurements Using GPS: A Case Study in Brazil | Luiz Fernando Sapucci | 1094 - 1098 |
| 4D-VAR assimilation of GPS-derived ZTD: a Case Study | L. Cucurull, A. Rius, F. Vandenberghe and M. de Pondeca | 1099 - 1108 |
| Measuring Tropospheric Delay from a Floating GPS Receiver | Alan Dodson, Terry Moore and Mike Pattinson | 1109 - 1116 |
| Retrieval of Key Climate Variables Using Occultation Geometry of a Mountain top GPS Receiver. | Ashraf Mousa and T. Tsuda | 1117 - 1126 |
| Raytracing Tomography Analysis of Airborne GPS Travel-Time Data | Josep Maria Aparicio and Antonio Rius | 1127 - 1136 |
| EPS GRAS mission for operational GPS Meteorology | Juha Pekka Luntama | 1137 - 1148 |
| GPS and Ground-Based Microwave Radiometer IPWV: A Case Study at Cagliari Astronomical Station, Italy | Rosa Pacione, Ermanno Fionda, Cecilia Sciarretta, Francesco Vespe and Riccardo Ferrara | 1149 - 1158 |
| Flight Test of the JPALS LDGPS Demonstration System | Christopher J. Bett, Stuart A. Simon, Bruce J. Farnworth, Robert W. Boyd and James J. Brewer | 1159 - 1169 |
| Certification and Operational Performance of GPS-Based Landing Systems | D. Alexander Stratton, Christopher Douglas, Russell Gollnick and Ray Cole | 1170 - 1178 |
| Interoperability Between Civil LAAS and Military JPALS Precision Approach and Landing Systems | T. Katanik, S. Simon, C. Bett, B. Driscoll, D. Tsamis, J. Flemming, R. Norwood and J. Barry | 1179 - 1189 |
| The LAAS VHF Data Broadcast Modeling, Siting, Flight Inspection, and Flight Test Results | Trent A. Skidmore, Aaron A. Wilson, Mark R. Dickinson and Orville K. Nyhus | 1190 - 1199 |
| The Next Generation Integrity Monitor Testbed (IMT) for Ground System Development and Validation Testing | Per-Ludvig Normark, Gang Xie, Dennis Akos, Sam Pullen, Ming Luo, Jiyun Lee, Per Enge and Boris Pervan | 1200 - 1208 |
| Calibration of LAAS Reference Antennas | Alfred R. Lopez | 1209 - 1218 |
| Aircraft Antenna Calibration for the LAAS VHF Data Broadcast | Orville K. Nyhus, Trent A. Skidmore and Aaron A. Wilson | 1219 - 1227 |
| System Concepts for Cycle Ambiguity Resolution and Verification for Aircraft Carrier Landings | Boris Pervan and Fang Cheng Chan | 1228 - 1237 |
| Pseudolite Signal Creeping On Conducting Surfaces | Robert J. Biberger, Guenter W. Hein, Bernd Eissfeller, Veit Oehler and Torben Schueler | 1238 - 1244 |
| High Accuracy GPS and Antijam Protection using a P(Y) Code Digital Beamsteering Receiver | Alison Brown | 1245 - 1254 |
| GALILEO: Taking the Next Step | Luc Tytgat and Pascal Campagne | 1255 - 1263 |
| GALILEO System Architecture - Status and Concepts | Thomas Weber, Hans L. Trautenberg and Christof Schafer | 1264 - 1272 |
| The GALILEO Frequency Structure and Signal Design | Guenter W. Hein, Jeremie Godet, Jean-Luc Issler, Jean-Christophe Martin, Rafael Lucas-Rodriguez and Tony Pratt | 1273 - 1282 |
| The Commercialisation of GNSS Services | Lyn Dutton, Rusmat Ahmed and Jean-Francois Bou | 1283 - 1290 |
| Selected Signal Analysis Results for Galileo | Thomas Burger, Brian Barnes, Hanspeter Kuhlen and Matt O'Donnell | 1291 - 1303 |
| A New System Level Integrity Concept for Galileo: The Signal In Space Accuracy | Esperanza Herraiz-Monseco, Alvaro Mozo Garcia, Miguel M. Romay Merino and Ana Belen Martin Peiro | 1304 - 1316 |
| Evaluating the Performance of GALILEO using the NavSim tool | Stefan Schluter, Evelin Engler, Alexander Steingass, Rainer Kramer and Thoralf Noack | 1317 - 1324 |
| Facilitating the Commercialisation of Galileo through Signal Design | Matt O' Donnell, Mark Stevens and John Gallimore | 1325 - 1331 |
| Evolution of Low-Cost MEMS Inertial System Technologies | Richard S. Anderson, David S. Hanson and Anthony S. Kourepenis | 1332 - 1342 |
| Unaided MEMS-Based INS Application in a Vehicular Environment | Jussi Collin, Jani Kappi and Jukka Saarinen | 1343 - 1348 |
| FAA Certification of a MEMS Attitude and Heading Reference System | Elecia White and Jose A. Rios | 1349 - 1360 |
| Personal Positioning Using Wireless Assisted GPS with Low-Cost INS | Helena Leppakoski, Jari Syrjarinne and Jukka Saarinen | 1361 - 1368 |
| MEMS-IMU Based Pedestrian Navigator for Handheld Devices | Jani Kappi, Jari Syrjarinne and Jukka Saarinen | 1369 - 1373 |
| Characteristics of Estimation Errors in INS Aided by a GPS Multi-antenna System | Sinpyo Hong, Man-Hyung Lee and Chang Sup Kim | 1374 - 1381 |
| Fusion Filter Algorithm Enhancements For a MEMS GPS/IMU | Jose A. Rios and Elecia White | 1382 - 1393 |
| Improving the Performance of Satellite Navigation Systems for Land Mobile Applications Through the Integration of MEMS Inertial Sensors | Allison Kealy, Stephen Scott-YounG, Frank Leahy and Paul Cross | 1394 - 1402 |
| Fusion of Reference-Aided GPS, Imagery, and Inertial Information for Airborne Geolocation | Alan G. Evans, Udayan V. Bhapkar, James P. Cunningham, Bruce R. Hermann, John Dugan, J. Zandy Williams, David C. Campion and Oscar L. Colombo | 1403 - 1412 |
| Export Controls for Inertial and GNSS Navigation Systems | John P. McHale | 1413 - 1419 |
| Receiver Sensitivity Analysis and Results | Sudhir Narve ShankaraMurthy, Vimala Chikkabbaiah and Jayanta Kumar Ray | 1420 - 1426 |
| GPS and UWB for indoor navigation | Guttorm Ringstad Opshaug and Per Enge | 1427 - 1433 |
| An Alternative Approach to Multipath and Near-Far Problem for Indoor Geolocation Systems | Ilir F. Progri and William R. Michalson | 1434 - 1467 |
| Ground Experimentation of a Pseudolite-Only Method for the Relative Positioning of Two Spacecraft | Geoffrey Wawrzyniak, E. Glenn Lightsey and Kevin W. Key | 1468 - 1478 |
| Indoor Navigation Using A GPS Receiver | Stefan Soderholm, Tuomas Juhola, Timo Saarnimo, Vesa Karttunen and Timo Toivanen | 1479 - 1486 |
| Understanding The Indoor GPS Signal | T. Haddrell and A. R. Pratt | 1487 - 1499 |
| GPS Receiver Algorithms & System for Weak Signal Operation | Rod Bryant, Stan Dougan and Eamonn Glennon | 1500 - 1510 |
| Handheld Map Display Tool for Disaster Information Access and Management | Thad Mauney, Donald Alford and Ty Hale | 1511 - 1514 |
| Global Locate Indoor GPS Chipset & Services | Frank van Diggelen | 1515 - 1521 |
| Hypothesis Testing for Resolving Integer Ambiguity in GPS | Jonathan D. Wolfe, Walton R. Williamson and Jason L. Speyer | 1522 - 1531 |
| Improving Ambiguity Convergence in Carrier Phase-Based Precise Point Positioning | Y. Gao and X. Shen | 1532 - 1539 |
| Reliability Analysis of a Quasi-Instantaneous Ambiguity Fixing Method | Telmo Cunha, Phillip Tome, Sergio Cunha and Luisa Bastos | 1540 - 1549 |
| Survey Quality Real-Time GPS: Solving the Time to Fix vs. Reliability Paradox | Shaowei Han and Rod Johnson | 1550 - 1557 |
| A Computationally Efficient Ambiguity Resolution Technique | Ron Hatch and Tenny Sharpe | 1558 - 1564 |
| Flight Test of a Multiple Filter Approach for Precise DGPS Positioning and Carrier-Phase Ambiguity Resolution | Paul E. Henderson | 1565 - 1574 |
| Single-Epoch Ambiguity Resolution for Highway and Racetrack Applications | James W. Sinko | 1575 - 1583 |
| Airborne DGPS Without Dedicated Base Stations for Mapping Applications | A.M. Bruton, M.M.R. Mostafa and B. Scherzinger | 1584 - 1591 |
| Development of the First Military GPS Handheld Survey System: Initial Report | John Kelly, Erik Bogensberger, Sean Heitz, Michael Johnson and Kimberly Beckman | 1592 - 1597 |
| Is DGPS still a good option for mariners? | Terry Moore, Chris Hill and Luis Monteiro | 1598 - 1605 |
| An Ionospheric Warning and Alert System for the Canadian Coast Guard DGPS Service | S. Skone, M. El-Gizawy, S.M. Shrestha and S. Ryan | 1606 - 1616 |
| Application of a Dual-band Stand-alone GPS Positioning System in Seismic Exploration | R. Wong, E. Vigen and J. Thomson | 1617 - 1623 |
| Decimeter-Level Real-Time Carrier Phase Positioning Using Satellite Link | Dariusz Lapucha, Richard Barker, Lee Ott, Tor E. Melgard, Ole Orpen, Fugro Seastar and Henk Zwaan | 1624 - 1630 |
| The impact of SA removal on navigation in the Gulf of Suez and the Gulf Aqaba | Hassan El-Saadawy | 1631 - 1635 |
| Do we need to complement GPS with an INS as position reference in Dynamic Positioning? | John-Morten Godhavn | 1636 - 1662 |
| USCG Tender Deployable Differential Reference Station | D. B. Wolfe, D. J. Godfrey, M. W. Parsons and R. W. James | 1663 - 1669 |
| AIS is coming! | Wim F.M. van der Heijden | 1670 - 1678 |
| CAT III Simulated Landing Performance for GLS and ILS Systems | Tim Murphy, Len Anderson, Matt Harris and Nancy Hien Tang | 1679 - 1688 |
| Effects of GNSS Antenna Design on GBAS Accuracy and Availability | Stephen Rowson, Kevin McGahee, Patrick Calmejane and Cyril Dupouy | 1689 - 1699 |
| Transient Performance Analysis of a Multicorrelator Signal Quality Monitor | R. Eric Phelts, Alexander Mitelman, Sam Pullen, Dennis Akos and Per Enge | 1700 - 1710 |
| LAAS Integrity Risk Due to Satellite Ephemeris Faults | Curtis A. Shively | 1711 - 1737 |
| Ephemeris Protection Level Equations and Monitor Algorithms for GBAS | Sam Pullen, Jiyun Lee, Ming Luo, Boris Pervan, Fang-Cheng Chan and Livio Gratton | 1738 - 1749 |
| Initial Assessment of Precision Approach Guidance Quality | John J. Vaccaro and Lawrence F. Wiederholt | 1750 - 1756 |
| Flight Experiment of GBAS in Japan | Shinji Saitoh, Sonosuke Fukusima and Naoki Fujii | 1757 - 1787 |
| PVT Continuity Using the LAAS Ground Facility | Paul Kline | 1788 - 1795 |
| GBAS Testbed Development in Taiwan with A Prototype GPS/GBAS Software Receiver | He-Sheng Wang, Jimmy Huang, Szu-Kai Wang, Yuan-Chyi Chuang, Ann Kao, Yuh-Jou Tsen,Yeou- Jyh Tsai, Fan-Ren Chang and Wen-Chieh Yang | 1796 - 1804 |
| SBAS Integrity Verification | Pieter Bastiaan Ober, Rick Farnworth, Edward Breeuwer and Durk van Willigen | 1805 - 1830 |
| WAAS Algorithm Contribution to Hazardously Misleading Information (HMI) | Timothy R. Schempp, Stephen R. Peck and Robert M. Fries | 1831 - 1837 |
| GALILEO Integrity Performance Assessment (GIPA) | Wolfgang Werner, Theodor Zink, Erwin Lohnert and Jurgen Pielmeier | 1838 - 1849 |
| EGNOS CPFPS Status Prior To The Final Implementation Stage | Nestor Zarraoa, Esther Sardon, Ignacio Delgado and Miguel A. Fernandez | 1850 - 1858 |
| EGNOS Operational Validation: A Status Update | Edward Breeuwer, Rick Farnworth and Santiago Soley | 1859 - 1890 |
| EGNOS System Test Bed Evolution and Utilisation | H. Secretan, J. Ventura-Traveset, F. Toran, G. Solari and S. Basker | 1891 - 1900 |
| EGNOS Trial on North Atlantic and Arctic Ocean | Sabine Haugg, Walter Richert and Robin Leoson | 1901 - 1908 |
| Analysis of Flight Test Results with SA-ON/OFF for POR Position Solution in Japan | Masato Kawai, Hiroyuki Nakao, Kazuaki Hoshinoo, Keisuke Matsunaga and Mami Ueno | 1909 - 1918 |
| High Speed Loran-C Data Communications Flight Test Results | Ben Peterson, Ken Dykstra, Peter Swaszek, James M. Boyer, Kevin M. Carroll and Mitchell Narins | 1919 - 1932 |
| Structured Design of H-field Antennae for Low Frequency GNSS Augmentation Systems | Wouter J. Pelgrum | 1933 - 1941 |
| The Design and Performance of the Zephyr Geodetic Antenna | Eric Krantz, Stuart Riley and Peter Large | 1942 - 1951 |
| An Investigation of the Adaptive Temporal Selective Attenuator | Ilir F. Progri, Gene Bogdanov and Vikram C. Ramanna | 1952 - 1978 |
| Calibrating the L1 and L2 Phase Centers of a Block IIA Antenna | Gerald L. Mader and Frank Czopek | 1979 - 1984 |
| An Investigation of the Adaptive Spatial Temporal Selective Attenuator | William R. Michalson and Ilir F. Progri | 1985 - 2021 |
| Test Results of a 7-Element Small Controlled Reception Pattern Antenna | Alison Brown and David Morley | 2022 - 2029 |
| Advanced Pinwheel Compact Controlled Reception Pattern Antenna (AP-CRPA) designed for Interference and Multipath Mitigation | Waldemar Kunysz | 2030 - 2036 |
| Digital Beamforming Monopulse For GPS Attitude Determination | Chun Yang | 2037 - 2047 |
| Modular GPS Software Radio Architecture | Neil Gerein and Alison Brown | 2048 - 2058 |
| Galileo plus GPS - Opportunities | John Spiller, Tony Tapsell and Richard Peckham | 2059 - 2066 |
| Navigation Related communication Services, the case of a GALILEO Service Option | Raniero Pasquali | 2067 - 2085 |
| The Effect of Galileo on Carrier Phase Ambiguity Resolution | Paul Alves | 2086 - 2095 |
| Availability and Reliability Advantages of GPS/Galileo Integration | Kyle O'Keefe | 2096 - 2104 |
| Galileo Performance Improvement for Urban Users | M. Malicorne, M. Bousquet, V. Calmettes, B. Lobert and C. Bourga | 2105 - 2113 |
| An integrated GNSS concept, Galileo & GPS, benefits in terms of Accuracy, Integrity, Availability and Continuity | Miguel M. Romay Merino, Angel Jose Gavin Alarcon, Isaac Juarez Villares and Esperanza Herraiz Monseco | 2114 - 2124 |
| Galileo Constellation MEO Only -- Advantages and Disadvantages | Jacek Januszewski | 2125 - 2133 |
| Approach for Multipath Reduction Using Wavelet Algorithm | Linyuan Xia and Jingnan Liu | 2134 - 2143 |
| Mitigation of GPS Carrier Phase Multipath Effects in Real-Time Kinematic Applications | Donghyun Kim and Richard B. Langley | 2144 - 2152 |
| Attacking Multipath Problems by Solving Non Linear Integral Equations | Karl Kaindl and Norbert Niklasch | 2153 - 2160 |
| A new method to performance enhancement of tracking modules in a multipath environment for satellite based navigation systems | Gianluca Gera and Carlo S. Regazzoni | 2161 - 2165 |
| How to Deal With Station Dependent Errors - New Developments of the Absolute Field Calibration of PCV and Phase-Multipath With a Precise Robot | Volker Boder, Falko Menge, Gunter Seeber, Gerhard Wubbena and Martin Schmitz | 2166 - 2176 |
| Antenna Array Auto-calibration applied to Synchronisation in Navigation Systems | Jesus Selva | 2177 - 2183 |
| Testing, Benchmarking and Noise Estimation Methods for Geodetic GPS Receiver Systems. | Peter Large and Stuart Riley | 2184 - 2195 |
| Improving the Accuracy of Static GPS Positioning with a New Stochastic Modelling Procedure | Chalermchon Satirapod | 2196 - 2205 |
| Cycle Slip Detection in Carrier Tracking Loops | Dan Thuringer and Gary A. McGraw | 2206 - 2213 |
| Capabilities of the WAAS and EGNOS using High Gain Antennas for Time Distribution and Frequency Transfer | Pat Fenton, Ed Powers, Bill Klepczynski, Wlodzimierz Lewandowski and Rob Douglas | 2214 - 2219 |
| Using the Canadian Active Control System (CACS) for Real-Time Monitoring of GPS Receiver External Frequency Standards | Francois Lahaye, Paul Collins, Pierre Heroux, Mike Daniels and Josef Popelar | 2220 - 2228 |
| Frequency Transfer Using GPS/GLONASS Carrier Phase | Hsin-Min Peng, Kun-Yuan Tu, Chia-Shu Liao and Fan-Ren Chang | 2229 - 2233 |
| Building an Inexpensive Time Reference System Using an OEM GPS Receiver and RT-Linux | Sergio Silva, Rui Chilro and Sergio Cunha | 2234 - 2237 |
| Test Results from a Digital P(Y) Code Beamsteering GPS Receiver Designed forCarrier-Phase Time Transfer | Alison Brown, Neil Gerein and Ed Powers | 2238 - 2245 |
| GNSS2 Payload: Propagation Delays; Possible Architectures | L. Lestarquit, L. Ries, J. Dantepal, C. Zanchi, A. Mallet and P. Dumon | 2246 - 2255 |
| Frequency Transfer in Space with GPS Measurements | Sien-Chong Wu and Sung Byun | 2256 - 2262 |
| The Ohio State University IGS LEO/GPS Pilot Project: Status and Future Plans | Dorota A. Grejner-Brzezinska, Jay H. Kwon and C.K. Shum | 2263 - 2271 |
| Orbit Determination of VSOP-2 with GPS Measurements | Sien-Chong Wu and Yoaz Bar-Sever | 2272 - 2276 |
| Optimization of Parameterization in Ionospheric Tomography | Zhizhao Lin and Yang Gao | 2277 - 2285 |
| Hardware-in-the-Loop GPS Test Facility for Spacecraft Autonomous Rendezvous | T. Ebinuma, R. H. Bishop and E. G. Lightsey | 2286 - 2293 |
| Orbit Determination with NASA's High Accuracy Real-Time Global Differential GPS System | Ronald J. Muellerschoen, Angie Reichert, Da Kuang, Michael Heflin, Willy Bertiger and Yoaz Bar-Sever | 2294 - 2303 |
| Decentralized Relative Navigation for Formation Flying Spacecraft using Augmented CDGPS | Chan-Woo Park, Philip Ferguson, Nick Pohlman and Jonathan P. How | 2304 - 2315 |
| Test Results of the PiVoT Receiver in High Earth Orbits using a GSS GPS Simulator | M.C. Moreau, P. Axelrad, J.L. Garrison, M. Wennersten and A.C. Long | 2316 - 2326 |
| GPS Range Safety for The H-IIA Launch Vehicle | Tomoyuki Miyano, Shuichi Matsumoto, Yusuke Suzuki, Takashi Mugitani, Naohiko Kohtake, Atsushi Itsukaichi and Toshio Ito | 2327 - 2333 |
| WAAS Measurement Processing, Reducing the Effects of Multipath | Karl Shallberg, Peter Shloss, Eric Altshuler and Lu Tahmazyan | 2334 - 2340 |
| Assessment of Atmospheric Delay Correction Models for the Japanese MSAS | Mami Ueno, Kazuaki Hoshinoo, Keisuke Matsunaga, Masato Kawai, Hiroyuki Nakao, Richard B. Langley and Sunil B. Bisnath | 2341 - 2350 |
| Satellite Failure Detection For EGNOS | Alan Schuster Bruce, Alfredo Quiles, A.J. Van Dierendonck, A. Jakab and J. Wiebe | 2351 - 2359 |
| GEO Orbit Determination Via Covariance Analysis With a Known Clock Error | Edward Carolipio, Nitin Pandya and Mohinder Grewal | 2360 - 2365 |
| Matlab Simulation Toolset for SBAS Availability Analysis | Shau-Shiun Jan, Wyant Chan, Todd Walter and Per Enge | 2366 - 2375 |
| Evil Waveforms in Stand-Alone GPS Aviation Applications | Gary Brodin, Andrew Cartmell, David Walsh, Mark Denney and Steve Griffin | 2376 - 2385 |
| New Test Results with a Ground-based Regional Augmentation System (GRAS) in Australia | Keith W. McPherson, Donna K. Kraus, William S. Ely, Kevin W. Bean, Graeme K. Crosby, Bryant D. Elrod and Joy M. Stewart | 2386 - 2390 |
| Coverage Analysis of NDGPS Broadcast Sites | D. B. Wolfe, D. J. Godfrey, J. L. Hartline and E. B. Manley | 2391 - 2397 |
| Eurofix: Status, Performance and Possible Interoperability with GNSS, WAAS & EGNOS | Durk van Willigen, Gerard W.A. Offermans, Arthur W.S. Helwig and Wouter J. Pelgrum | 2398 - 2405 |
| GPS at War: A Ten-Year Retrospective | James M. Hasik and Michael Russell Rip | 2406 - 2417 |
| Rapid Signal Acquisition Techniques for Civilian & Military User Equipments Using DSP Based FFT Processing | Logan Scott, Aleksandar Jovancevic and Suman Ganguly | 2418 - 2427 |
| International HARM Precision Navigation: Upgrade A GPS/INS Application to Improve Missile Effectiveness and Minimize the Possibility of Fratricide | Thomas Loffler and John Nielson | 2428 - 2434 |
| A Passive GPS Bistatic Radar Altimeter for Aircraft Navigation | D. Masters, P. Axelrad, V. Zavorotny, S.J. Katzberg and F. Lalezari | 2435 - 2445 |
| Evaluation of GPS Sensors Under High-Dynamic Conditions | James P. Cunningham, Paula K. Khoe, Bruce R. Hermann, Andrew W. Sutter, Alan G. Evans and John H. Merts | 2446 - 2457 |
| Evaluating EGNOS augmentation on a military helicopter | Alain Muls and Frank Boon | 2458 - 2462 |
| The WAAS Ionospheric Spatial Threat Model | Eric S. Altshuler, Robert M. Fries and Lawrence Sparks | 2463 - 2467 |
| The Low-latitude Ionosphere: Monitoring its Behaviour with GPS | Mariangel Fedrizzi, Richard B. Langley, Attila Komjathy, Marcelo C. Santos, Eurico Rodrigues de Paula and Ivan Jelinek Kantor | 2468 - 2475 |
| A Global Analysis of the Mean Atmospheric Temperature for GPS Water Vapor Estimation | Torben Schueler, Andrea Posfay, Guenter W. Hein and Robert Biberger | 2476 - 2489 |
| Ionospheric Scintillation Monitoring in Northern Europe | Alan Dodson, Terry Moore, Marcio H. O. Aquino and Sam Waugh | 2490 - 2498 |
| The Use of NWP Products in Near Real-Time GPS Data Processing | D. Behrend, L. Cucurull, E. Cardellach, A. Rius, M.J. Sedo and A. Nothnagel | 2499 - 2506 |
| Tomographic modeling of GNSS ionospheric corrections: Assessment and real-time applications | M. Hernandez-Pajares, J. M. Juan, J. Sanz and O.L. Colombo | 2507 - 2515 |
| The First Study of Establishing China Grid Ionospheric Model | Yun-Bin Yuan and Ji-Kun Ou | 2516 - 2524 |
| Analysis of the Ionosphere Regional Model (Mod_Ion) During the Period of Maximum Solar Activity: A Case Study in Brazil | Paulo O. Camargo, Joao F. G. Monico and Marcelo T. Matsuoka | 2525 - 2530 |
| Regional GPS Mapping of Storm Enhanced Density During the 15-16 July 2000 Geomagnetic Storm | A. J. Coster, J. C. Foster, P. J. Erickson and F. J. Rich | 2531 - 2539 |
| Automatic Determination of Vertical Deflections in Real-Time by Combining GPS and Digital Zenith Camera for Solving the "GPS-Height-Problem" | Christian Hirt | 2540 - 2551 |
| Integrated GPS And Interferometric SAR Techniques For Highly Dense Crustal Deformation Monitoring | Linlin GE, Horgne-Yue Chen, Shaowei Han and Chris Rizos | 2552 - 2563 |
| GPS Vehicle Location Tracking in Dense High-Rise Environments With the Minimum Range Error Algorithm | Esmond Mok and Lawrence Lau | 2564 - 2570 |
| A New Step Detector Algorithm For GPS/SBAS Receiver | Masato Kawai, Shigeki Hara, Osamu Arai | 2571 - 2578 |
| The Effect of GPS Orbit Solution Strategies on Absolute Point Positioning | John B. Lundberg and Alan G. Evans | 2579 - 2584 |
| High-Precision Platform Positioning with a Single GPS Receiver | Sunil B. Bisnath and Richard B. Langley | 2585 - 2593 |
| Quantifying GDOP Degradations Caused by Removing Satellites from a GPS Constellation | Martin J. Smith and Timothy I. Wegner | 2594 - 2599 |
| Conditional Access for Mobile Location-Aware Business | Stig F. Mjolsnes | 2600 - 2611 |
| Autonomous Driving Using Inertial Aided KGPS and Vision System Based on Precision Maps | Jin Wang, Stefan Schroedl and Chris Wilson | 2612 - 2617 |
| Development and Test Results of a Cost Effective Inverse DGPS System | J.K. Ray and K. V. Kalligudd | 2618 - 2626 |
| Development of Highway ITS and Pedestrian ITS Based on RTK Network, Pseudolites and PN Coded Magnetic Markers | I. Petrovski, M. Ishii, H. Torimoto and T. Hasegawa | 2627 - 2633 |
| Development and Testing of a Real-Time GPS/INS Reference System for Autonomous Automobile Navigation | M.G. Petovello, M.E. Cannon, G. Lachapelle, J. Wang, C.K.H. Wilson, O.S. Salychev and V.V. Voronov | 2634 - 2641 |
| Vehicle Integrated Navigation System | Ian Humphery and Christopher Reynolds | 2642 - 2646 |
| Mobile Air Quality Monitoring for Proactive Traffic Management | Detlef Bahr and Christian Schlums | 2647 - 2653 |
| The Issues of Practical Implementation of the Commercial RTK Network Service | I. Petrovski, S. Kawaguchi, H. Torimoto, K. Fuji, M.E. Cannon and G. Lachapelle | 2654 - 2664 |
| Development of GPS Aided Inertial Navigation System for High Speed Flight Demonstrator | Masatoshi Harigae, Takeshi Nishizawa, Hiroshi Tomita | 2665 - 2675 |
| FDE Using Multiple Integrated GPS/Inertial Kalman Filters in the Presence of Temporally and Spatially Correlated Ionospheric Errors | Kevin Vanderwerf | 2676 - 2685 |
| Robust Positioning with Single Frequency Inertially Aided RTK | Bruno M. Scherzinger | 2686 - 2689 |
| Two-Antenna GPS and Low Cost INS Tight Integration for Attitude Determination | Yunchun Yang and Jay A. Farrell | 2690 - 2692 |
| Calibration In Multi-Sensor Environment | Mohamed M. R. Mostafa | 2693 - 2699 |
| GPS COMPASS: A Low Cost GPS Direction Sensor of Two Antenna Type | Yuji Koura, Hiroya Suzuki, Koji Ogawa, Yoshiyuki Kamei and Mikio Nakamura | 2700 - 2707 |
| GPS/INS/Pseudolite Integration: Concepts, Simulation and Testing | Jinling Wang, Liwen Dai, Toshiaki Tsujii, Chris Rizos, Dorota Grejner-Brzezinska and Charles Toth | 2708 - 2715 |
| GPS Military Signal Modernization: Updates to Design and Characteristics | Brian C. Barker and John R. Straton III | 2716 - 2721 |
| NDGPS Network Enhancments in FY01 | L. W. Allen, D. B. Wolfe, C. L. Judy, E. J. Haukkala and R. W. James | 2722 - 2734 |
| Software Pseudo-Lm GPS Receiver | Aleksandar Jovancevic, Andrew Brown, Suman Ganguly,Michael Kirchner and Slavisa Zigic | 2735 - 2744 |
| Ideas for GPS IV | Thomas L. McKendree | 2745 - 2750 |
| The Role of Heuristics in GPS Block IIF Modernization | Tracey Thomas, Timothy Bridges and Gregory Fairbanks | 2751 - 2763 |
| Code Power Measurement Methodology for GPS Block IIR-M and IIF On-orbit Test Procedures | M. D. Partridge and P. A. Dafesh | 2764 - 2772 |
| GPS Modernization | John E. Clark | 2773 - 2803 |
| A Future GNSS Concern on the Modernization of GPS and the Evolution of Galileo | Keith D. McDonald | 2804 - 2827 |
| BlueHound: An Integrated Bluetooth And GPS Radio | Michael McCullagh | 2828 - 2837 |
| Block Acquisition of Weak GPS Signals in a Software Receiver | Mark L. Psiaki | 2838 - 2850 |
| Global Positioning System Software Receiver (gpSrx) Implementation in Low Cost/Power Programmable Processors | Dennis M. Akos, Per-Ludvig Normark, Andreas Hansson, Andreas Rosenlind, Christian Stahlberg and Fredrik Svensson | 2851 - 2858 |
| Frequency-Domain GPS Baseband Processor Design And Initial Test Results | Chun Yang | 2859 - 2870 |
| A Fast Satellite Acquisition Method | David Akopian | 2871 - 2881 |
| Sensitivity Comparison of Software and Commercial GPS Receivers | John J. Schamus, James B.Y. Tsui, David M. Lin and Andrew W. Proud | 2882 - 2887 |
| Reconfigurable Dual Frequency Software GPS Receiver and Applications | Aleksandar Jovancevic, Andrew Brown, Suman Ganguly, Michael Kirchner, Slavisa Zigic, Logan Scott and Phillip Ward | 2888 - 2899 |
| Smoother-Based GPS Signal Tracking in a Software Receiver | Mark L. Psiaki | 2900 - 2913 |
| An Antenna Array-Based Approach to Attitude Determination in a Jammed Environment | Matthew Markel, Eric Sutton and Henry Zmuda | 2914 - 2926 |
| Obtaining 3-Axis Attitude Solutions From GPS Signal to Noise Ratio Measurements | Jared Madsen | 2927 - 2936 |
| Tactical Far Target Location Using Position And Azimuth From A P(Y) Code GPS Attitude Determination System | Charles J. Pruszynski, Karl W. Ulmer, Christopher W. Phelps and Michael P. St. Peter | 2937 - 2945 |
| GPS/Magnetometer Based Satellite Navigation and Attitude Determination | Julie Deutschmann Thiene, Richard R. Harman and Itzhack Y. Bar-Itzhack | 2946 - 2951 |
| GPS Based Star Sensor Aiding for Attitude Determination in High Dynamics | Christian Arbinger, Werner Enderle and Otto Wagner | 2952 - 2971 |
| Octopus: Four-antennae RTK System and New Attitude Determination Technique | Lev Rapoport, Valery Mogilnitsky and Javad Ashjaee | 2972 - 2979 |
| Speeding Up The Estimation Of Floated Ambiguities For Sub-Decimeter Kinematic Positioning At Sea | Oscar L. Colombo, Alan G. Evans, Masataka Ando, Keichi Tadokoro, Kazutochi Sato and Takuji Yamada | 2980 - 2989 |
| Fast Ambiguity Resolution for GPS/IMU Attitude Determination | Yunchun Yang and Jay A. Farrell | 2990 - 2997 |
| A Fuzzy System for Robust Estimation and Quality Assessment of GPS Data for Real-Time Applications | Andreas Wieser | 2998 - 3008 |
| An Application of Basic Observation Equations to Long Baseline GPS Measurements | Hiroshi Isshiki | 3009 - 3017 |
| Quasi-optimal Satellite Selection Algorithm for Real-time Applications1 | Chan-Woo Park and Jonathan P. How | 3018 - 3028 |
| GPS Integrity Reasoning Using Dempster-Shafer Theory | Hanna Sairo, Jari Syrjarinne, Helena Leppakoski and Jukka Saarinen | 3029 - 3035 |
| Ambiguity Resolution and Success Rates with an Integrated GNSS - Pseudolite Positioning System | Sandra Verhagen | 3036 - 3043 |
| The Principle of a Snapshot Navigation Solution Based on Doppler Shift | Jonathan Hill | 3044 - 3051 |
| Exact Statistical Solution of Pseudorange Equations | Jonathan D. Wolfe and Jason L. Speyer | 3052 - 3059 |
| Comparative Studies of Three Decorrelating Algorithms in AmbiguityResolution for Phase-only and Code-guided Cases | Yukihiro Kubo, Ryuhei Hata and Sueo Sugimoto | 3060 - 3066 |
| Improving GPS Coverage and Continuity: Indoors and Downtown | Per Enge, Rod Fan, Anil Tiwari, Andrew Chou, Wallace Mann, Anant Sahai, Jesse Stone and Ben Van Roy | 3067 - 3076 |
| Victorian High Precision Permanent GPS Tracking Network System | Kefei Zhang, Nick Talbot, Martin Hale and James Millner | 3077 - 3085 |
| Real-Time GPS-Based Track and Cross Country Training Evaluation System | Casey C. Miller | 3086 - 3094 |
| Comparison of Alternate High Speed Rail GPS Locomotive Location Systems | K. Tysen Mueller and Richard Bortins | 3095 - 3106 |
| GPS/GSM based Fleet Management System for Sparse GSM Networks | Kiran Shivarama Bhat, Raghu Char, Rengasamy Thatha Desikan and Jayanta Kumar Ray | 3107 - 3111 |
| NEXUS Acquisition of Position Information for Location Aware Applications using Multi Sensors and Mobile Photogrammetry | Darko Klinec and Dieter Fritsch | 3112 - 3118 |
| Modern Mobile Mapping: Moving Toward GPS/INS-aided Real-time Image Processing | Charles Toth and Dorota Grejner-Brzezinska | 3119 - 3125 |
| A GPS + Dead-Reckoning Navigation System for Fleet Management | Sergio Cunha, Telmo Cunha, Phillip Tome and Luisa Bastos | 3126 - 3130 |
| ISO Standard 19116 For Positioning Services In Geographic Information Systems And Geomatics | T. Mauney | 3131 - 3133 |
| Loran-C/Eurofix/EGNOS Test & Validation Program - Concept and Results | Wolfgang Lechner, Stefan Baumann, Bernhard Hofmann-Wellenhof, Christoph Amlacher, Klaus Legat, Terje Jorgensen and Gunn Marit Hernes | 3134 - 3138 |
| Bridging GPS Gaps in Urban Canyons: Can ZUPT Really Help? | Dorota A. Grejner-Brzezinska, Charles K. Toth and Yudan Yi | 3139 - 3148 |
| GPS for Avionics Synchronization | James L. Farrell | 3149 - 3152 |
| OEM4 Inertial: A Tightly Integrated Decentralised Inertial/GPS Navigation System | Tom Ford, Janet Neumann, Pat Fenton, Mike Bobye and Jason Hamilton | 3153 - 3163 |
