| Title | Author | Pages |
|---|
| Remote Sensing of Earth | Karen Schuckman | 1 - 19 |
| Monitoring Weather, Climate and Space Weather with GPS: The COSMIC/FORMOSAT-3 Mission | Bill Kuo | 20 - 55 |
| Improving GNSS for Future Natural Disaster Reduction: Earthquakes & Tsunamis | Kenneth W. Hudnut | 56 - 84 |
| From Divergence to Convergence, GNSS Assistance in Network Carrier Independent Format | Kimmo Alanen and Jari Syrjarinne | 85 - 90 |
| GPS PRN Code Signal Processing and Receiver Design for Simultaneous All-in-View Coherent Signal Acquisition and Navigation Solution Determination | Raymond DiEsposti | 91 - 103 |
| Geoencryption Using Loran | Di Qiu, Sherman Lo, Per Enge, Dan Boneh, and Ben Peterson | 104 - 115 |
| Automatic Sorting and Storage Based on Location Information for Massive Human-Centric Data Collection | Deepthi Bhupathiraju, Phani K. Sagiraju, and David Akopian | 116 - 122 |
| GPS Tracking Location-Based Service Using Wristwatch Geozigbee Sensors | Alison Brown, Jacob Griesbach, Bruce Bockius, and Terry Boult | 123 - 132 |
| Personal Navigation on a Cellular Telephone | Peter Duffett-Smith, Simon Hern, Paul Hansen, and Anthony R. Pratt | 133 - 140 |
| Adaptive Carrier Smoothing Using Code and Carrier Divergence | Euiho Kim, Todd Walter, and J.D. Powell | 141 - 152 |
| Performance Study of Reduced Search FFT-Based Acquisition | Phani K. Sagiraju, David Akopian, and G.V.S. Raju | 153 - 160 |
| Static and Dynamic Performance of a Novel GPS Attitude Determination Algorithm (GADA) | Nelson Paiva Oliveitre Leite and Fernando Walter | 161 - 171 |
| Integer Ambiguity Resolution for GPS Attitude Determination From Double Difference Phase Measurements | Cesare Cardani, Alberto Rolando, Carlo Di Marino, and Paolo Vercesi | 172 - 178 |
| Yaw Angle Estimation of VTOL-UAVs with the Extended LAMBDA Method and Low Cost Receivers | Ralf Moenikes, Oliver Meister, Jan Wendel, and Gert F. Trommer | 179 - 186 |
| Proving the Integrity of the Weighted Sum Squated Error (WSSE) Loran Cycle Confidence Algorithm | Sherman C. Lo, Benjamin B. Peterson, and Per K. Enge | 187 - 200 |
| Yet Another FDE for Multiple Outliers | Evgeny Zemskov and Jari Nurmi | 201 - 209 |
| A Glimpse into the Future: A Look at GNSS in the Year 2017 | John W. Lavrakas | 210 - 217 |
| Exploring GNSS RTK Performance Benefits with GPS and Virtual Galileo Measurements | Yanming Feng and Jinling Wang | 218 - 226 |
| 1-Bit Processing of Composite BOC (CBOC) Signals and Extension to Time-Multiplexed BOC (TMBOC) Signals | Olivier Julien, Christophe Macabiau, Jean-Luc Issler, and Lionel Ries | 227 - 239 |
| Hardware and Algorithm Implicatiions of Adding Galileo Capability to an SPS GPS Receiver | Philip G. Mattos | 240 - 245 |
| A New Waveform Family for Secondary Peaks Rejection in Code Tracking Discriminators for Galileo BOC(n,n) Modulated Signals | Giuseppe Avellone, Maristella Frazzetto, and Ettore Messina | 246 - 251 |
| Visibility and Geometry of Combined Constellations GPS and Galileo | Jacek Januszewski | 252 - 262 |
| GIS Simulation for Estimating Satellite Visibility and Positioning Accuracy in an Integrated GNSS Environment | Yang-Won Lee, YongCheol Suh, and Ryosuke Shibasaki | 263 - 266 |
| Comparison of Alternative Methods for Deriving Ground Monitor Requirements for CAT IIIB LAAS | Curtis A. Shively | 267 - 284 |
| Multi-Constellation Augmentation Based on EGNOS and Galileo Simulation | Ruizhi Chen, Pengfei Cheng, Terry Moore, Chris Hill, Antti Hyttinen, Xiyin Li, Yuwei Chen, tobias Johler, and Yanhui Cai | 285 - 290 |
| WAAS Performance Improvement with a New Undersampled Ionospheric Gradient Threat Model Metric | Nitin Pandya, Michael Gran, and Ephrem Paredes | 291 - 304 |
| Understanding PHMI for Safety of Life Applications in GNSS | Juan Blanch, Todd Walter, and Per Enge | 305 - 310 |
| A Simplified Method for Deep Coupling of GPS and Inertial Data | Robert N. Crane | 311 - 319 |
| An Intelligent Scheme for Rapid INS Alignment Procedure Using Artificial Neural Networks | Yun-Wen Huang, Yu-Sheng Huang and, Kai-Wei Chiang | 320 - 326 |
| Testing an Algorithm for Processing Delayed and Non-delayed Measurements | Ryan Ingvalson and Hector Rotstein | 327 - 333 |
| Design and Testing of a High Performance Relative Inertial Navigation System | Benjamin Mohr, Ryan Ingvalson, Lawrence C. Vallot, Wayne A. Soehren, Mario B. Ignagni, Jacob Campbell, Mikel M. Miller, Michael Berarducci, and Peter Howe | 334 - 342 |
| Thermal Calibration of Low Cost MEMS Sensors for Integrated Positioning, Navigation Systems | Priyanka Aggarwal, Zainab Syed, Xiaoji Niu and Naser El-Sheimy | 343 - 349 |
| Design of Miniature RF Band-pass Filters for a Hybrid GPS/Galileo Receiver Front-End Insert | Yacine Adane, Aurelian Constantinescu, Jean Belzile, and Ammar Kouki | 350 - 356 |
| ASF Correction Within an Integrated Navigation System of Loran-C / RDSS | Hongqing Chen and Xiuming Chen | 357 - 360 |
| Assessment of Interference to the Galileo E5b Signal in the United States | Michael Tran, Chris Hegarty, Yan-Shek Hoh, and Dan O'Laughlin | 361 - 371 |
| GPS PRN Code Assignment Process | Srini H. Raghavan, Lewis M. Vaughn, and Soon K. Yi | 372 - 377 |
| On Coexistence of In-Band UWB-OFDM and GPS Signals | D. Garmatyuk and Y. Jade Morton | 378 - 385 |
| On Quantifying the Potential Interference of Ultra Wideband Signals to the 960-1610 MHz Radio Navigation Frequency Band | Neil A. Morgan, Victor S. Lin, Robert Yowell, and Lewis Vaughn | 386 - 397 |
| GPS Interference Sources Angle of Arrival Estimation Using an Adaptive Periodogram Technique | M. Brenneman, Y.T. Morton, Q. Zhou, and G. Distler | 398 - 404 |
| QZSS System Design and its Performance | Motohisa Kishimoto, Hidemi Hase, Akihiro Matsumoto, Takashi Tsuruta, Satoshi Kogure, Noriyasu Inaba, Mikio Sawabe, Toneo Kawanishi, Susumu Yoshitomi, and Koji Terada | 405 - 410 |
| Augmentation Performance of QZSS L1-SAIF Signal | Takeyasu Sakai, Sonosuke Fukushima, Noboru Takeichi, and Ken Ito | 411 - 421 |
| The On-board and Ground Time Management System of QZSS | Yasuhiro Takahashi, Jun Amagai, Shin'ichi Hama, Miho Fujieda, Kazuhiro Kimura, Tamaki Takahashi, Toshihaya Nakahara, and Satoshi Horiuchi | 422 - 426 |
| Remote Synchronization System of Quasi-Zenith Satellites Using Multiple Positioning Signals for Feedback Control | Toshiaki Iwata, Yoshikatsu Kawasaki, Michito Imae, Tomonari Suzuyama, Takashi Matsuzawa, Satoshi Fukushima, Yuji Hashibe, Naoto Takasaki, Kenji Kokubu, Akira Iwasaki, Fabrizio Tappero, Andrew Dempster, and Yasuhiro Takahashi | 427 - 435 |
| Research into the Application of Integrated RTK-GPS/INS Systems for IT Construction | Koji Fujimoto, Hirotoshi Matsushita, Yutaka Shimogaki, and Makoto Tanigawara | 436 - 445 |
| Development of a BOC/CA Pseudo QZS and Multipath Analysis Using an Airborne Platform | Toshiaki Tsujii, Hiroshi Tomita, Yoshinori Okuno, Satoshi Kogure, Motohisa Kishimoto, Kazuki Okano, Dinesh Manandhar, Ivan Petrovski, and Masahiro Asako | 446 - 451 |
| Development and Performance Evaluation of Spaceborne Hydrogen Maser Atomic Clock in NICT | Hiroyuki Ito, Takao Morikawa, and Shin'ichi Hama | 452 - 454 |
| Future Expantion from QZSS to Regional Satellite Navigation System | Satoshi Kogure, Motohisa Kishimoto, and Mikio Sawabe | 455 - 460 |
| New Application of Reflected GPS Signals L1/L2 Observation Techniques with an Integrated GPS Receiver for Ground Object Detection and Digital Terrain Elevation Mapping | Lie-Chung Shen, Ching-Liang Tseng, Jyh-Ching Juang, and Chia-Chyang Chang | 461 - 472 |
| Impact of Ocean Tide Models on GPS Observations | Luis Santos and Virgilio B. Mendes | 473 - 479 |
| Coordinate-space and Observation-space Filtering Methods for Sidereally Repeating Errors in GPS: Performance and Filter Lifetime | Ahmed E. Ragheb, Peter J. Clarke, and Stuart J. Edwards | 480 - 485 |
| Augmenting GPS with Pseudolites for Deformation Monitoring in Harsh Environments | Jason Bond, Adam Chrzanowski, and Don Kim | 486 - 492 |
| Geodetic Grade Airborne LiDAR Mapping | Nora Csanyi, Karla Edwards, Dorota Grejner-Brzezinska, and Charles Toth | 493 - 503 |
| Test Results from a Novel Passive Bistatic GPS Radar Using a Phased Sensor Array | Allison Brown and Ben Mathews | 504 - 509 |
| Improving the Positioning Accuracy of a Low Cost MEMS/GPS Integrated System Using GPS Heading Sensors | Yun-Wen Huang, Chia-Yuan Li, Hsiao-Wen Wu, Hsiu-Wen Chang, Han-Wei Hu, and Kai-Wei Chiang | 510 - 516 |
| Adaptive Knowledge-based System for Perfonal Navigation in GPS-denied Environments | Dorota A. Grejner-Brzezinska, Charles Toth, Shahram Moafipoor, and Jay Kwon | 517 - 521 |
| Realization of a Deeply Coupled GPS/INS Navigation System Based on INS-VDLL Integration | Stefan Kiesel, Moritz M. Held, and Gert F. Trommer | 522 - 531 |
| IMU Signal Software Simulator | Yong Yang, Naser El-Sheimy, Chris Goodall, and Xiaoji Niu | 532 - 538 |
| The Spreading and Overlay Codes for the L1C Signal | Joseph J. Rushanan | 539 - 547 |
| Proposed Operations Concepts and Flexible UE Architectures for Modernized User Equipment SIS Utilization for Transition from Test Mode to IOC through FOC | Raymond DiEsposti and Kevin Hsu | 548 - 560 |
| A Theoretical Survey of the Spreading Modulation of the New GPS Signals (L1C, L2C, and L5) | Ilir F. Progri, Matthew C. Bromberg, William R. Michalson, and Jinling Wang | 561 - 569 |
| Analysis of Discriminator Based Vector Tracking Algorithms | Matthew Lashley and David M. Bevly | 570 - 576 |
| Theoretical Data on Support of a Unified Indoor Geolocation Channel Model | Ilir F. Progri, William R. Michalson, Jinling Wang, and Matthew C. Bromberg | 577 - 584 |
| GNSS Receiver Tracking Loss and Cycle Slip Detection Using Frequency Lock Loop Phase Acceleration and Jerk Estimation | Taehwan Kim, Hyungmin So, Su Jin, Choi, and Changdon Kee | 585 - 593 |
| Multi-C/A Code Acquisition Method | Yao-Cheng Li and Shau-Shiun Jan | 594 - 602 |
| Feasibility Analysis on the Application of GPS Relative Positioning in LEO Constellations | Songxia Wang, Terry Moore, Chris Hill, Caroline Noakes, and Alan Dodson | 603 - 614 |
| Integrated Spacecraft Entry Navigation on the Electra Programmable Radio | Martin C. Heyne and Robert H. Bishop | 615 - 627 |
| Software Simulation Tests and Results for Nano-Satellite Formation Flying | Q. Marji, R. Tsoi, M.E. Cannon, and R.E. Zee | 628 - 636 |
| Comparison of Acquisition Techniques for GNSS Signal Processing in Geostationary Orbit | B.Chibout, C.Macabiau, A-C.Escher, L. Ries, J-L. Issler, S. Corrazza, and M. Bousquet | 637 - 649 |
| Prediction of Antenna and Antenna Electronics Induced Biases in GNSS Receivers | Inder Gupta, Christopher Church, Andrew O’Brien, and Chad Slick | 650 - 656 |
| Tight Integration of a GPS Adaptive Array with a Software-Defined Receiver | Sai K. Kalyanaraman and Michael S. Braasch | 657 - 668 |
| A Blind Beamforming Technique for Simultaneous Interference Suppression and Signal Maximization in Multiple Antenna GPS Systems | Adam L. Anderson, James R. Zeidler, Matt Nicholson, and Bryan Hoffman | 669 - 674 |
| A Reduced Size CRPA (R-CRPA) for GNSS Receivers | Inder Gupta, John Volakis, and Chi-Chih Chen | 675 - 680 |
| A Novel Flexible Correlator Architecture for GNSS Receivers | Ville Eerola, Samuli Pietila, and Harri Valio | 681 - 691 |
| RTCA Airborne GPS Antenna Testing and Analysis for a New Antenna Minimum Operational Performance Standards (MOPS) | A.J. Van Dierendonck and R.J. Erlandson | 692 - 701 |
| A Novel Software GPS Receiver Architecture using Partial Down-Conversion | Sung-Hyuck Im, Gyu-In Jee, Sang-Do Cho, and Sun-Jun Ko | 702 - 707 |
| FPGA-Based Architecture for High Throughput, Flexible and Compact Real-Time GNSS Software Defined Receiver | B. Sauriol and R. Landry | 708 - 717 |
| Honeywell Gun-hard Inertial Measurement Unit (IMU) Development | Drew Karnick, Terry Troske, Mike Secord, Tim Hanson, Todd Braman, Doug MacGugan, and Tony Kourepenis | 718 - 724 |
| MEMS for Aerospace Navigation | Jacques Leclerc | 725 - 730 |
| A Unit Quaternion and Fuzzy Logic Approach to Attitude Estimation | Karthik Narayanan and Michael E. Greene | 731 - 735 |
| Robustness Improvement of a Low Cost MEMS-based GPS/INS, Micro-GAIA | Takeshi Fujiwara, Hiroshi Tomita, and Masatoshi Harigae | 736 - 742 |
| Magnetic Heading, Achievements and Prospective | Felix Goldenberg | 743 - 755 |
| Sensor Stability of a Low-Cost Attitude Sensor Suitable for Micro Air Vehicles | Gabriel Hugh Elkaim and Christopher C. Foster | 756 - 770 |
| Accuracy Degradation of MEMS Integrated Navigation Systems Due to Poorly Aligned Inertial Sensors | Zainab Syed, Xiaoji Niu, Priyanka Aggarwal, Naser El-Sheimy | 771 - 777 |
| The DIVA Accelerometer and VIG Gyro: Two Quartz Inertial MEMS for Guidance and Navigation Applications | O. Le Traon, D. Janiaud, S. Masson, S. Muller, and M. Pernice | 778 - 787 |
| Multi-Fault Tolerant RAIM Algorithm for Hybrid GPS/TV Positioning | Ju-Yong Do, Matthew Rabinowitz, and Per Enge | 788 - 797 |
| Development of Indoor Navigation System for Humanoid Robot Using Multi-sensors Integration | C.H. Lee, C.G. Park, H.S. Lee, J.G. Lee, C.W. Jeon, M.K. Kim, W. Kwon, Y.M. Yoo, J.I. Kim, and G.B. Moon | 798 - 805 |
| WPI Precision Personnel Locator System | D. Cyganski, J. Duckworth, S. Makarov, W. Michalson, J. Orr, V. Amendolare, J. Coyne, H. Daempfling, J. Farmer, D. Holl, S. Kulkarni, H. Parikh, and B. Woodacre | 806 - 814 |
| Assessment of GPS Signal Quality in Urban Environments Using Deeply Integrated GPS/IMU | Andrey Soloviev, Dean Bruckner, Frank van Graas, and Lukas Marti | 815 - 828 |
| Integration of an Inertial Measurement Unit and 3D Imaging Sensor for Urban and Indoor Navigation of Unmanned Vehicles | Maarten Uijt de Haag, Don Venable, and Mark Smearcheck | 829 - 840 |
| An Evaluation of the Performance of Various C-SLAM EKF Observation Configurations | Martin J. Eilders and James Cloutier | 841 - 850 |
| Latest Developments in Network RTK Modeling to Support GNSS Modernization | Herbert Landau, Xiaoming Chen, Adrian Kipka, and Ulrich Vollath | 851 - 859 |
| Innovative Algorithms to Improve Long Range RTK Reliability and Availability | Liwen Dai, Dan Eslinger, and Tenny Sharpe | 860 - 872 |
| An Investigation on GPS Receiver Initial Phase Bias and Its Determination | Min Wang and Yang Gao | 873 - 880 |
| Carrier-Phase-Based PPP with Multiple Antennas Based on GR Models | Sueo Sugimoto, Yukihiro Kubo, and Seigo Fujita | 881 - 891 |
| Unified Positioning Algorithms Based on GNSS Regression Equations -- Further Results of Point and Relative Positioning | Yukihiro Kubo, Seigo Fujita, and Sueo Sugimoto | 892 - 902 |
| Integrity Analysis of Cascade Integer Resolution with Decorrelation Transformations | P. Henkel and C. Gunther | 903 - 910 |
| Evalulation of Carrier-Phase Positioning Algorithms by Using On-Line RINEX Files From Public Servers | J. Vargas-Casas, U. Fernandez-Plazaola, and T.M. Martin-Guerrero | 911 - 918 |
| Reducing Carrier Phase Errors with EMD-Wavelet for Precise GPS Positioning | Jian Wang, Jinling Wang, and Craig Roberts | 919 - 928 |
| Giove-A Navigation and Experimental Payload Design and Operation in Orbit | E. Rooney, M. Unwin, B. Taylor, and G. Gatti | 929 - 935 |
| Galileo GIOVE-A Broadcast E5 Codes and Their Application to Acquisition and Tracking | Grace Xingxin Gao, David S. De Lorenzo, Alan Chen, Sherman C. Lo, Dennis M. Akos, Todd Walter, and Per Enge | 936 - 946 |
| Acquisition of GIOVE-A Signals Using Multi-Bit Processing | Jyh-Ching Juang and Yu-Hsuan Chen | 947 - 956 |
| Galileo Receiver Design and Analysis Tool Development in Tampere University of Technology | Jussi Raasakka, Heikki Hurskainen, and Jari Nurmi | 957 - 963 |
| Comparison Between BOC CBOC and TMBOC Tracking | JJ. Floc'H and Matthias Soellner | 964 - 973 |
| Investigation and Experimental Receiving of Galileo Signal | Andrey Veitsel, Alexey Lebedinskiy, Vladimir Beloglazov, and Ilya Fomin | 974 - 978 |
| SISE Prediction and Iono/Tropo Corrections in a Local Element Augmentation System | Riccardo Di Corato, Stefano Falzini, Andrea Beccarini, Alessandro Caporali, Carlotta Morini, and Tommaso Pepi | 979 - 989 |
| ADAP: Enhancing GPS Protection for Navwar | Anna Vo, Charles R. Falchetti, and Allen W. Morrison | 990 - 997 |
| GPS-INS-Radio and GIS Integration into Handheld Computers for Disperse Civilian and Military Urban Operations | Paul Labbe, Dale Arden, and Li Li | 998 - 1010 |
| Error Model for SRGPS Ship Reference Point Position Coordinate Estimation | Demoz Gebre-Egziabher and Yunfeng Shao | 1011 - 1022 |
| Research of High Sensitivity GPS Receiver Anti-jamming Using LCMV and Minimum Norm Algorithms Based on Circular Antenna Array | Ruihui Di | 1023 - 1033 |
| Removing Obsolescence in the 3A GPS Legacy Receiver Through the Application of Current Technologies: A Case Study | Charles Raab and James Parham | 1034 - 1040 |
| Modernized User Equipment (MUE) | Glenn C. Fyfe | 1041 - 1043 |
| Stochastic Modeling of Residual Tropospheric Delay | Hassan E. Ibrahim and Ahmed El-Rabbany | 1044 - 1049 |
| TEC Estimation and its Validation for Real Time Implementation of Satellite Navigation in GAGAN | Surendra Sunda, Sawar Mal Regar, Sanjay Shrivastava, Rajat Acharya, P.V. Khekale, and M.R. Sivaraman | 1050 - 1055 |
| Foot and Ankle Kinematics During Gait Using Foot Mounted Inertial System | S.P. Kwakkel, S. Godha, and G. Lachapelle | 1056 - 1064 |
| Preliminary Analysis of Ionospheric Delay Variation Effect on GBAS due to Plasma Bubble at the Southern Region in Japan | Takayuki Yoshihara, Naoki Fujii, Keisuke Matsunaga, Kazuaki Hoshinoo, Takeyasu Sakai, and Sayaka Wakabayashi | 1065 - 1072 |
| Issues and Approaches for Navigation Using Signals of Opportunity | John F. Raquet, Mikel M. Miller, and Thao Q. Nguyen | 1073 - 1080 |
| Manipulating B-Spline Based Paths for Obstacle Avoidance in Autonomous Ground Vehicles | John Connors and Gabriel Elkaim | 1081 - 1088 |
| Tight Coupling of Laser Scanner and Inertial Measurements for a Fully Autonomous Relative Navigation Solution | Andrey Soloviev, Dustin Bates, Frank van Graas | 1089 - 1103 |
| Aerial Vehicle Navigation Over Unknown Terrain Environments using Flash LADAR and Inertial Measurements | Ananth K. Vadlamani and Maarten Uijt de Haag | 1104 - 1118 |
| Constrained Estimation For GPS/Digital Map Integration | Mikel Miller, Erik Blasch, Thao Nguyen, and Chun Yang | 1119 - 1127 |
| Proposal of Navigation Message Format for UAV Pseudolite Navigation System | Doyoon Kim, Youngsun Yun, Byungwoon Park, Sanghyo Lee, Am Cho, Jihoon Kim and Changdon Kee | 1128 - 1136 |
| Calibrating Non-GPS Navigation Sensors for Use in Robot Localization | Michael A. Zmuda and Yu T. Morton | 1137 - 1146 |
| Flight Testing of a Pseudolite Navigation System on a UAV | John H.R. Amt and John F. Raquet | 1147 - 1154 |
| FDM and FEM Filters in Terrain Navigation | Ingemar Nygren and Magnus Jansson | 1155 - 1166 |
| Differential eLoran Trials in Harwich Harbour | Gerard Offermans, Arthur Helwig, Paul Williams, and Wouter Pelgrum | 1167 - 1178 |
| Design and Testing of a GPS Based Track Change Detection System Using Geometry Car Data | H. James Rome and Leonard Allen | 1179 - 1195 |
| From the DARPA Grand to Urban Challenge: Mobile Mapping Supporting Autonomous Vehicle Navigation | Charles Toth, Dorota A. Grejner-Brzezinska, and Umit Ozguner | 1196 - 1200 |
| Navigating Harbors at High Accuracy Without GPS: eLoran Proof-of-Concept on the Thames River | Gregory W. Johnson, Ken Dykstra, Christian Oates, Peter F. Swaszek, and Richard Hartnett | 1201 - 1211 |
| Towards Ubiquitous Positioning (UbiPos): A GNSS Perspective | Xiaolin Meng, Alan Dodson, Terry Moore, and Gethin Roberts | 1212 - 1220 |
| Geometry Screening for GBAS to Meet CAT III Integrity and Continuity Requirements | M. Harris and T. Murphy | 1221 - 1233 |
| GBAS With RAIM Based on the Constrained GLRT for Precision Landing Using Galileo and GPS | I. Nikiforov, B. Belabbas, P. Henkel, and H. Palcoux | 1234 - 1243 |
| Fault Detection and Elimination for Galileo-GPS Vertical Guidance | Alexandru Ene, Juan Blanch, and J. David Powell | 1244 - 1254 |
| A New Approach for Computing the Probability of Correct Fix and Integrity Risk for JPALS | Sasha Draganov, Donna Smith, Greg Johnson, and Mark Cooper | 1255 - 1263 |
| Vision-only Navigation and Control of Unmanned Aerial Vehicles Using the Sigma-Point Kalman Filter | Houwu Bai, Eric Wan, Xubo Song, Andriy Myronenko, and Alexander Bogdanov | 1264 - 1275 |
| Model Analysis on the Performance for an Inertial Aided FLL-Assisted-PLL Carrier-Tracking Loop in the Presence of Ionospheric Scintillation | Tsung-Yu Chiou, Demoz Gebre-Egziabher, Todd Walter, and Per Enge | 1276 - 1295 |
| Compliance of Single Frequency Ionospheric Delay Estimation and Cycle Slip Detection with Civil Aviation Requirements | Christophe Ouzeau, Christophe Macabiau, Anne-Christine Escher, and Benoit Roturier | 1296 - 1305 |