1991 National Technical Meeting Proceedings SESSION 1A: GPS: Land and Marine GPS Program Status, Alan Burgess, Navstar Global Positioning System, Los Angeles Air Force Base, Los Angeles, CA 5-14 Integrating Ranging Transponders with GPS Jonathan S. Abel, Tetra Systems Incorporated, Palo Alto, CA & James W. Chaffee, SAIC, San Diego, CA 15-24 Combined GPS/GLONASS Data Processing Steven M. Chamberlain & John Chuang, Magnavox Government and Industrial Electronic Co., Marine and Survey Systems Division, Torrance, CA 25-33 Three-Dimensional Attitude Determination with the Ashtech 3DF 24-Channel GPS Measurement System Kendall Ferguson, Joanna Kosmaiska, Mark Kuhi, Jean-Marie Eichner, Kuba Kepski, & Reza Abtahi, Ashtech Inc., Sunnyvale, CA 35-41 Dynamic GPS for Railroad Surveys: A Case History L. Harold Spradley, David H. Spradley, Satellite Positioning Corp., Houston, TX & Wayne A. Heitshusen, Railbase Corp., Houston, TX 43-44 GPS Azimuth Determining System (ADS) Cycle Resolution, System Design, and Army Test Results Richani D. Jurgens, Charles E. Rodgers, & Leopold C. Fan, Adroit Systems Inc., Alexandria, VA 45-51 SESSION 1B: Loran: Aviation The FAA Loran Program Status and Expectations Richard P. Arnold, MIS/Loran/GPS Program Manager. FAA, Washington, DC 55-57 The Need for an Area Navigation Capability State of Oregon Experience with Loran-C Paul E. Burket, & Roger U. Ritchey, Aeronautics Division, Oregon DOT 59-63 The Future of Loran-C Navigation, Instrument Approaches and Flight Following for Air Traffic Management Thomas P. Workman, Chevron USA Inc., Houston, TX 65-67 Strategic vs Tactical Air Traffic Control Utilizing ADS and Earth Reference Area NAV Chick Longman, Air Navigation Consulting. Oklahoma City, OK 69-72 Operational and Economic Benefits of Area Navigation from the Perspective of a Major Air Carrier I. Michael Frank, United Air Lines, Chicago, IL 73-77 Loran Time Difference Correction Factors: Valid Information or Blue Smoke and Mirrors? Michael J. Moressi, DOT/FAA, Oklahoma City, OK & Franklin D. MacKenzie, DOT Transportation Systems Center, Cambridge, MA 79-81 SESSION 2A: GPS: Aviation and Space Attitude Determination for Space Transfer Vehicles Using GPS Kevin D. Keierleber & Stanley C. Maki, General Dynamics Space Systems Divisions, San Diego, CA 85-101 RAIM: Will It Meet the RTCA GPS Minimum Operational Performance Standards? R. Grover Brown, Iowa State University and Consultant, U.S. DOTIVNTSC, Cambridge, MA Gerald Y. Chin & John H. Kraemer, U.S. DOT, Volpe Center, Cambridge, MA 103-111 A New Highly Integrated P-Code High Dynamics GPS Receiver for Test and Training Range TSPI Applications SESSION 2B: Loran: Land and Marine The DOT/DOD Federal Radionavigation Plan Elisabeth J. Carpenter, The John A. Volpe National Transport. Sys. Ctr., Cambridge, MA 125-133 Vessel Traffic Systems and the Application of Loran-C Automatic Dependent Surveillance James F. Culbertson, Sr., Coastwatch, Inc., Dockton, WA & WalterN. Dean, Waldean Engineering, Wilsonville, OR 135-140 From Russia and Beyond Stephen F. Nuzzi, DOT/Transportation Systems Ctr., Cambridge, MA 141-146 Dual-Rate, Auto-Notch Coupler-Loran with $50 of Parts Jesse Pipkin, Consultant, Chico, CA 147-153 Electronic Equipment Replacement Project (EERP) for the USCU Loran-C System LCDR Doug Taggart & LT Ben Stewart, USCG Electronics Engineering Ctr., Wildwood, NJ 155-163 Forecasting Into the Nineties: The Fast Fourier Method in Loran TD Corrections A. Chris Daskalakis, DOT/Volpe Center, Cambridge, MA 165-167 SESSION 3A: Surveillance Systems: Space Based Oceanic Applications of Automatic Dependent Surveillance (ADS) Peter L. Massoglia, FAA, Washington, DC 171-181 Civil GPS Service Interface Committee (CUSIC) Heywood Shirer, U.S. Dept. of Transportation, Washington, DC 183-185 A Note on the Development and Evolution of Ground and Space-Based Aeronautical Surveillance Systems Keith D. McDonald, Sat Tech Systems, Arlington, VA 187-192 A Simulator and Performance Criteria for Evaluation of Ground and Space-Based ATC Surveillance J.W. Sennott, I.S. Ahn, Y.W. Lou, & Z. Ting, Dept. of Electrical and Computer Engineering and Technology, Peoria, IL 193-201 The FAA Satellite Program: GPS, GLONASS and Related Areas Robert Lob, The MITRE Corp., & Joseph Dorfler and Joseph Fee, FAA, Washington, DC 203-211 Satellite Surveillance, Operational Requirements and Some Practical Realities George Lyddane, FAA, Washington, DC 213 SESSION 3B: Inertial: Part 1 Calibration and Test of the World’s Most Accurate Gyroscope Gaylord Green, Jeremy Kasdin, and Mac Keiser, & Stanford University Gyroscope Team, Stanford University, Stanford, CA 217-227 A Synergistic Solution to the GPS Integrity Problem John W. Diesel, Litton Aero Products, Moorpark, CA 229-236 A Ring Laser Gyro Inertial Measurement Unit Designed for System Integration Flexibility Richard Eichner, Robert Hansen, and Richard Ouellette, Northrop Electronics Systems Division-Norwood, Norwood, MA 237-246 SESSION 4A: Interoperable Systems: Part 1 In-Flight Demonstration of Hybrid GPS/Loran RAIM Frank van Graas, Avionics Engineering, Ohio University, Athens, OH 249-257 GPS/Loran-C Interoperability or Time and Frequency Applications-A Survey of the Times of Arrival of Loran-C Transmissions via GPS Common Mode, Common View Satellite Observations Bruce Penrod, Richard Funderburk, and Peter Dana, Austron, Inc., Austin, TX 259-268 Graceful Degradation of GPS/INS Performance with Fewer than Four Satellites Zdzislaw H. Lewantowicz, USAF Wright Laboratory, Wright Patterson AFB, OH & Danny W. Keen, Aeronautical Systems Division, Wright Patterson AFB, OH 269-276 Integrated INS/GPS/GLONASS Navigation Aid for Manned Space Flight Alfred Anderman, Rockwell Space Systems Division, Downey, CA 277-286
GPS Inertial Attitude Estimation via Carrier Accumulated Phase Measurements and Statistical Filtering of Phase Cycle Count Ambiguity Haywood S. Satz & Duncan B. Cox, Jr., Mayflower Communications Co., Reading. MA, & Ronald L. Beard & U. Paul Landis, Naval Research Lab, Washington, DC 289-294 Stellar Inertial Navigation Growing with the Times Upgrading of the LN-20 Integrated Inertial Navigation System Scott W. Lewis, Marty Hochbrueckner, and John Reeve, Litton Guidance and Control Systems, Woodland Hills, CA 295-302 Baro-Inertial Loop for the USAF Standard RLG INU J. Stanley Ausman, Litton Guidance and Control Systems Division. Woodland Hills, CA 303-308 The MK39-A Marine Strapdown Laser Gyrocompass for the Nineties Dr. E. Levinson & U. Erickson, Sperry Marine Inc., Charlottesville, VA 309-312 SESSION 5A: Aircraft Landing Aids New Siting Techniques for the ILS Glide Slope Richard H. McFarland, Ph.D., P.E., Avionics Engineering Center Ohio University, Athens, OH 315-319 GPS for Precision Approaches Robert Loh, FAA, Washington, DC & Young C. Lee, The MITRE Corp.. McLean, VA 321-329 Precision Approach Using GPS and GLONASS Paul M. Creamer & E. Michael Geyer, TASC, Reading, MA 331-339 Design and Flight Test of a Differential GPS/Inertial Navigation System for Approach/Landing Guidance Lawrence Vallot, Scott Snyder, Brian Schipper, Honeywell Systems and Research Ctr., Minneapolis. MN, Nigel Parker, Honeywell Space and Strategic Systems Operations, Clearwater, FL, and Cary Spitzer, NASA Langley Research Cir., Hampton, VA 341-352 SESSION 5B: Interoperable Systems: Part 2 A Prelude to Interoperability-Comments on the Lack of Federal Radionavigation Plan Procedures for Assessing the Potential of a Candidate System to Fit Into the Mix of Domestic Radionavigation System Edward L. McGann, Megapulse, Inc., Bedford, MA 355-360 The Statistical Estimation of Navigation Errors W. A. Poor, The MITRE Corp., McLean, VA 361-369 A Proposal for a Dynamic Test Platform for Inertial Units and/or GPS Bal N. Agamata, Diniar M. Shroff, Naval Electronic Systems Engineering Ctr., San Diego, CA and Stan C. Maki, Space Systems Division, General Dynamics Corp., San Diego, CA 371-381 Air Navigation Training at Mather Air Force Base-Synergism Between Humans and Machines Kevin S. C. Darnell, USAF, Mather AFB, CA 383-389 SESSION 6A: Surveillance Systems: Ground-Based An Electronically Scanned Precision Runway Monitor Denis A. Ureening & Allen I. Sinsky, Bendix Communications Division, Towson, MD 393-398 Developments in Airborne Surveillance and Control Systems D. Burnette, R. E. Hendrix, U. Kahlon, M. Michael, P. J. Queeney, and W. R. Gretsch, Westinghouse Electric Corp., Baltimore, MD 399-403 Saberliner Flight Test and Results for Forward Looking Detection and Avoidance of Airborne Windshear Bruce D. Mathews, Westinghouse Electric Corp., Baltimore, MD 405-410 TCAS in the 1990s Joseph Walsh & John Wojciech, FAA Research & Development Service, Washington, DC 411-420 SESSION 6B: Omega/VLF Radio Navigation Surveillance Systems: Ground-Based The 1990 Federal Radionavigation Plan and Its Impact on the Omega Navigation System Heywood O. Shirer, U.S. DOT, Research & Special Programs Adm., Washington, DC 423-430 Omega System Status Update-1990 Capt. Robert J. Wenzel, USCG Omega Navigation System Ctr., Alexandria, VA 431-436 Omega/VLF Now and Into the 21st Century Andrew Stratton, International Omega Assoc., Arlington, VA 437-442 Omega GPS Integration Platform Darrell W. Davis, Trimble Navigation, Austin, TX 443-447 Integration of Omega and Satellite Navigation Systems Henry B. Schlachta, Canadian Marconi Co., Montreal, Canada 449-454 The Soviet VLF Navigation System Benjamin B. Peterson, Ctr. for Advanced Studies & Dept. of Engineering, USCG Academy, New London, CT 455-463 Pre-Registration List 465-470 Author Index 471 |
