Index to the proceedings of the Precise Time And Time Interval (PTTI) systems and applications (formerly applications and planning) meeting
The entry for each paper is preceded by a hyphenated numerical code indicating its subject, Proceedings volume number, and page number therein, i.e, 01-02-032 represents subject category "1", Proceedings volume number "2" and page number "32". The following index covers the PTTI Proceedings from the 2nd (1970) through the 41st (2009).
| 01-02-032 | Precise Time and Time Interval (PTTI) Dissemination via the Loran-C System; C. E. Potts |
| 01-02-079 | Recent VHF/UHF Satellite Timing Experiments at the National Bureau of Standards; G. Kamas and D. W. Hanson |
| 01-02-109 | Comments on Navsat Time Distribution; G. M. R. Winkler |
| 01-02-111 | Moon-Bounce Time Synchronization; W. H. Higa and S. C. Ward |
| 01-02-119 | Time Dissemination Methods for Network and Local Television; G. Kamas |
| 01-03-103 | Mini Modem for PTTI Dissemination; J. A. Murray, Jr. |
| 01-03-167 | DSCS PTTI Transfer; Capt. R. E. Enright |
| 01-03-261 | Performance and Results of Portable Clocks in Aircraft; J. C. Hafele |
| 01-03-317 | Fiber Optic Links for PTTI Dissemination; J. F. Bryant |
| 01-03-331 | Real Time Synchronization via Passive Television Transmission; J. D. Lavanceau and D. Carroll |
| 01-04-014 | British American Satellite Time Transfer Experiment; R. Easton |
| 01-04-213 | Utilization of FSK Communications for Time; R. R. Stone, Jr., T. H. Gatus, and T. N. Lieberman |
| 01-04-249 | The Uses and Limitations of HF Standard Broadcasts For Time and Frequency Comparison; J. T. Stanley |
| 01-05-163 | Submicrosecond Time Transfer between the United States, United Kingdom, and Australia via Satellite; R. L. Easton, H. M. Smith, and P. Morgan |
| 01-05-317 | All Chain Loran-C Time Synchronization; Lt. Cdr. H. T. Sherman |
| 01-05-369 | Clock Synchronization Experiments Using Omega Transmissions; A. R. Chi and S. C. Wardrip |
| 01-06-029 | Review of Available Synchronization and Time Distribution Techniques; R. G. Hall, T. N. Lieberman, and R. R. Stone |
| 01-06-099 | The Present Development of Time Service in Brazil with the Application of the TV Line-10 Method For Coordination and Synchronization of Atomic Clocks; P. M. Silva and I. M. Silva |
| 01-06-187 | Recent Field Test Results Using Omega Transmissions For Clock Synchronization; A. R. Chi and S. C. Wardrip |
| 01-06-263 | Performance of Loran-C Chains Relative to UTC; A. R. Chi |
| 01-06-453 | A Passive Submicrosecond Time Dissemination System; R. J. Taylor |
| 01-06-513 | Statistical Analysis of Time Transfer Data from Timation II; J. M. Luck and P. Morfan |
| 01-07-285 | High Precision Time Transfers in the Field; W. J. Klepczynski |
| 01-07-323 | High Precision Time Transfer Methods; K. Putkovich |
| 01-07-341 | International Time Transfer Between USNO and RGO via NTS-1 Satellite; H. M. Smith, N. P. J. O'Hora, R. Easton, J. Buisson, and T. McCaskill |
| 01-07-357 | A Two-Way Time Transfer Experiment Using a Synchronous Satellite; A. R. Chi and E. Byron |
| 01-07-393 | Subnanosec - Laser-pulse Time Transfer to an Aircraft To Measure the Gen. Relativ. Altitude Effects on Atomic Clock Rates; C. Alley |
| 01-08-055 | Precise Worldwide Station Synchronization via the Navstar GPS Navigation Technology Satellite (NTS-1); J. Buisson, T. McCaskill, H. Smith, P. Morgan, and J. Woodger |
| 01-08-147 | Improved Time Reference Distribution for a Synchronous Digital Communications Network; H. A. Stover |
| 01-09-139 | Time from NBS by Satellite; D. W. Hanson, D. D. Davis, and J. V. Cateora |
| 01-09-153 | A Transit Satellite Timing Receiver; G. A. Hunt and R. E. Cashion |
| 01-09-167 | A Time Transfer Unit for GPS; J. T. Witherspoon and L. Schuchman |
| 01-09-201 | Precise Time Transfer to the NASA Spaceflight Tracking and Data Network (STDN) via the Tracking and Data Relay Satellite System (TDR SS); G. P. Gafke, J. W. Mcintyre, S. C. Laios, and S. C. Wardrip |
| 01-09-227 | A Precision Microwave Frequency and Time Distribution System; J. W. MacConnell and R. L. Sydnor |
| 01-09-239 | Precise Time Transfer Unit (PTTU); J. J. Wilson, J. E. Britt, and P. A. Mitchell |
| 01-09-249 | Real Time Distribution via Passive TV Transmissions; J. D. Lavanceau and L. F. Shepard |
| 01-09-277 | New Ways of Time and Standard Frequency Dissemination over TV Networks; B. Kovacevic |
| 01-09-289 | International Time and Frequency Comparison for Long Term via VLF and Loran-C; Y. Yasuda, K. Akatsuka, T. Matsuura, and H. Ohazawa |
| 01-09-319 | Nanosecond Time Transfer via Shuttle Laser Ranging Experiment; V. S. Reinhardt, D. A. Premo, M. W. Fitzmaurice, and S. C. Wardrip |
| 01-09-503 | Time Transfer Experiments for DCS Digital Network Timing and Synchronization; P. Alexander and J. W. Graham |
| 01-10-537 | Time Synchronization via the Transit Satellite at Mizusawa; T. Hara and K. H. Sato |
| 01-10-585 | Two-Way Time Transfers between NRC/NBS and NRC/USNO via the Hermes (CTS) Satellite; C. C. Costain, H. Daams, J. S. Boulanger, D. W. Hanson, and W. J. Klepczynski |
| 01-10-601 | Submicrosecond Comparisons of Time Standards via the Navigation Technology Satellites (NTS); J. Buisson, T. McCaskill, J. Oaks, D. Lynch, C. Wardrip, and G. Whitworth |
| 01-10-629 | Submicrosecond Comparison of Intercontinental Clock Synchronization by VLBI and the NTS Satellite; W. J. Hurd, J. Bussion, J. Oaks, T. McCaskill, S. C. Wardrip, H. Warren, and G. Whitworth |
| 01-10-643 | Clock Synchronisation Experiment in India Using Symphonie Satellite; Y. V. Somayajulu, B. S. Mathur, P. Banerjee, S. C. Garg, L. Singh, P. C. Sood, Tuhi Ram Tyagi, C. L. Jain, and K. Kumar |
| 01-10-693 | Tempus: a Proposal for an International Time Transfer and Precision Tracking Satellite; D. C. Holmes |
| 01-11-045 | Satellite Time Transfer via TDRSS and Applications; A. R. Chi |
| 01-11-145 | The LASSO Experiment; B. Serene and P. Albertinoli |
| 01-11-171 | Some Implications of Reciprocity for Two-Way Clock Synchronization; J. L. Jespersen |
| 01-11-213 | Time Dissemination--an Update; K. Putkovich |
| 01-11-235 | Time Transfer with the Navstar Global Position System; B. Roth, W. Klepczynski, and R. G. Hall |
| 01-11-255 | Precise Time and Time Interval (PTTI) Measurements from the Navigation Technology Satellites and the GPS Navstar-4 Satellite; J. A. Buisson, T. B. McCaskill, O. J. Oaks, M. M. Jeffries, and S. B. Stebbins |
| 01-11-283 | Time Recovery Measurements Using Operational GOES and Transit Satellites; R. E. Beehler, D. D. Davis, J. V. Cateora, A. J. Clements, J. A. Barnes, and E. Mendez-quinones |
| 01-11-315 | T&F Comparisons via Broadcasting Satellite and Navigation Technology Satellite; Y. Saburi, Y. Yasuda, S. Kobayashi, and T. Sato |
| 01-11-329 | One Way Time Transfer via Meteosat Capable of 30 Ns Accuracy; K. Nottarp, W. Schluter, and U. Hubner |
| 01-11-343 | Time Dissemination in the Hydro Quebec Network; G. Missout, W. Lefrancois, and L. Laroche |
| 01-11-351 | Time Coded Distribution via Broadcasting Stations; S. Leschiutta, V. Pettiti, and E. Detoma |
| 01-11-363 | Voice Announcements of Time: A New Approach; J. Jespersen, G. Kamas, and M. Weiss |
| 01-11-387 | A Study of Time Dissemination via Satellite in India; B. S. Mathur, P. Banerjee, P. C. Sood, Mithlesh Saxena, Nand Kumar, A. K Suri, C. L. Jain, and K. Kumar |
| 01-11-471 | Time Transfer via Satellite-link Radio Interferometry; S. H. Knowles, W. B. Waltman, J. L. Yen, W. H. Cannon, W. Petrachenko, N. W. Broten, C. Costain, D. H. Fort, J. A. Galt, J. A. Popelar, and G. W. Swenson |
| 01-11-485 | Comparison of Different Time Synchronization Techniques; R. Kaarls and G. Dejong |
| 01-11-499 | Two-Way Time Transfer via Geostationary Satellites NRC/NBS, NRC/USNO and NBS/USNO via Hermes and NRC/LPTF (France) via Symphonie; C. C. Costain, J.-S. Boulanger, H. Daams, D. W. Hanson, R. E. Beehler, A. J. Clements, D. D. Davis, W. J. Klepczynski, L. Veenstra, J. Kaiser, B. Guinot, J. Azoubib, P. Parcelier, G. Freon, and M. Brunet |
| 01-11-521 | The SIRIO-1 Timing Experiment; E. Detoma and S. Leschiutta |
| 01-11-599 | Source Structure Errors in the Synchronization of Clocks by Radio Interferometry; J. B. Thomas |
| 01-12-099 | A Space System for High-Accuracy Global Time and Frequency Comparison of Clocks; R. Decher, D. W. Allan, C. 0. Alley, R. F. C. Vessot, and G. M. R. Winkler |
| 01-12-307 | Progress of the LASSO Experiment; B. E. H. Serene |
| 01-12-329 | Two-Way Sequential Time Synchronization: Preliminary Results from the SIRIO-1 Experiment; E. Detoma and S. Leschiutta |
| 01-12-351 | Flight and Ground Tests of a GOES Satellite Time Receiver For Satellite Communications Applications; R. L. Swanson and S. A. Nichols |
| 01-12-863 | Precise Time and Frequency Intercomparison between NRL, India and PTB, Federal Republic of Germany via Satellite Symphonie-1; B. S. Mathur, P. Banerjee, P. C. Sood, M. Saxena, N. Kumar, and A. K. Suri |
| 01-13-087 | Precise Time Dissemination via Portable Atomic Clocks; K. Putkovich |
| 01-13-133 | Using the Navstar Global Positioning System As a Global Timing System; K. L. Kovach |
| 01-13-199 | Time Information Distribution at White Sands Missile Range (abstract); R. A. Stimets, Jr. |
| 01-13-231 | Comparison of VLBI, TV, and Traveling Clock Techniques for Time; J. H. Spencer, E. B. Waltman, K. J. Johnston, N. J. Santini, W. J. Klepczynski, D. N. Matsakis, P. E. Angerhofer, and G. H. Kaplan |
| 01-13-281 | Time Transfer of IRIG-B Time Code via Dedicated Telephone Link; G. Missout, J. Beland, D. Lebel, G. Bedard, and P. Bussiere |
| 01-13-299 | Variations in Propagation Delay Times for Line Ten (TV) Based Time Transfers; M. C. Chiu and B. W. Shaw |
| 01-13-347 | Time Comparison via OTS-2; G. de Jong, R. Kaarls, D. Kirchner, and H. Ressler |
| 01-13-373 | Design Approach for a Microprocessor-Based GPS Time Transfer Receiver; P. C. Ould and R. J. Van Wechel |
| 01-13-389 | Time Transfer Using Navstar GPS; A. J. Van Dierendonck, Q. D. Hua, J. R. McLean, and A. R. Denz |
| 01-13-419 | Global Positioning System Time Transfer Receiver (GPS/TTR) Prototype Design and Initial Test Evaluation; J. Oaks, A. Frank, S. Falvey, M. Lister, J. Buisson, C. Wardrip, and H. Warren |
| 01-13-469 | Time Code Dissemination Experiment via the SIRIO-1 VHF Transponder; E. Detoma, G. Gobbo, S. Leschiutta and V. Pettiti |
| 01-13-527 | Unprecedented Syntonization and Synchronization Accuracy via Simultaneous Viewing with GPS Receivers; Construction Characteristics of an NBS/GPS Receiver; D. D. Davis, M. Weiss, A. Clements, and D. W. Allan |
| 01-13-817 | An NNSS Satellite Timing Receiver; C. L. Jain, K. Kumar, H. I. Andharia, M. Singh, V. D'Souza, V. K. Goel, and A. K. Sisodia |
| 01-14-031 | Two-Way Satellite Time Transfer Using Low Power CW Tones; C. C. Costain, H. Daams, and J. S. Boulanger |
| 01-14-039 | Time Maintenance of User Clocks via the Tracking and Data Relay Satellite System; G. Whitworth, J. W. McIntyre, and R. E. Downs |
| 01-14-057 | GOES Satellite Time Code Dissemination; R. E. Beehler |
| 01-14-205 | High-Accuracy Global Time and Frequency Transfer with a Space-borne Hydrogen Maser Clock; R. Decher, D. W. Allan, C. O. Alley, C. Baugher, B. J. Duncan, R. F. C. Vessot, and G. M. R. Winkler |
| 01-14-243 | Time Transfer between the Goddard Optical Research Facility and the U.S. Naval Observatory Using 100 Picosecond Laser Pulses; C. O. Alley, J. D. Rayner, C. A. Steggerda, J. V. Mullendore, L. Small, and S. Wagner |
| 01-14-269 | Discussion on Goddard Satellite Time Transfer; G. M. R. Winkler, C. O. Alley, B. L. Decker, S. K. Starker, P. E. Talley, and D. W. Allan |
| 01-14-326 | Omega Navigation System Synchronization; W. K. May |
| 01-14-451 | Timing Subsystem Development - Network Synchronization Experiments; K. R. Backe |
| 01-14-483 | Portable Clock Analyses (abstract); F. N. Withington |
| 01-14-487 | Some Time Transfer Experiences with Indian Experimental Satellite APPLE (abstract); B. S. Mathur, P. Banerjee, A. sen Gupta, M. Saxena, A. K. Hanjura, A. K. Suri, C. L. Jain, K. Kumar, M. R. Sivaraman, and Sheela |
| 01-14-491 | Systematic Effects in GPS Time Transfer (abstract); W. J. Klepczynski |
| 01-14-517 | Intercontinental Time and Frequency Transfer Using a Global Positioning System Timing Receiver; P. A. Clements |
| 01-14-529 | Test Results of the STI GPS Time Transfer Receiver; D. L. Hall, J. Handlan, and P. Wheeler |
| 01-14-605 | One Nanosecond Time Synchronization Using Series and GPS; L. A. Buennagel, D. J. Spitzmesser, and L. E. Young |
| 01-15-009 | Timing Accuracy of LF and TV Synchronization Techniques; Y. Miao and X. Pan |
| 01-15-071 | International Time Comparison by a GPS Timing Receiver; M. K. Fujimoto, K. Fujiwara, and S. Aoki |
| 01-15-087 | First Results of GPS Time Transfer to Australia; J. M. Luck, J. R. Woodger, J. E. Wells, P. N. Churchill, and P. A. Clements |
| 01-15-133 | Enhancements to the TTS-502 Time Transfer System; A. J. Van Dierendonck and Q. D. Hua |
| 01-15-211 | GPS Navigation Experiment Using High Precision GPS Timing Receivers; J. Buisson, O. J. Oaks, M. Lister, S. C. Wardrip, S. Leschiutta, P. G. Galliano, F. Cordara, V. Pettiti, E. Detoma, P. Dachel, H. Warren, T. Stalder, F. Fedele and R. Azzarone |
| 01-15-283 | International Time Transfer and Portable Clock Evaluation Using GPS Timing Receivers: Preliminary Results; S. C. Wardrip, J. Buisson, O. J. Oaks, M. Lister, E. Detoma, P. Dachel, T. Stalder, H. Warren, G. Winkler, G. Luther, S. Leschiutta, P. G. Galliano, F. Cordara, V. Pettiti, R. Azzarone, and F. Fedele |
| 01-15-331 | Spread Spectrum Time Transfer Experiment via Intelsat; P. Hartl, L. Veenstra, N. Gieschen, K.-M. Mussener, W. Schafer, C.-M. Wende, W. Klepczynski, H.-H. Nau, and R. Stoiber |
| 01-15-357 | Unattended TV Time Transfer Results; J. A. Waak and J. H. Spencer |
| 01-15-371 | The Role of a Low Earth Orbiter in Intercontinental Time Synchronization via GPS Satellites; S.-C. Wu and V. J. Ondrasik |
| 01-15-413 | UHF IRIG G Distribution System; M. Tope |
| 01-15-443 | Precise Time Transfer Using MKIII VLBI Technology; K. J. Johnston, J. A. Buisson, M. J. Lister, O. J. Oaks, J. H. Spencer, W. B. Waltman, G. Elgered, G. Lundqvist, A. E. E. Rogers, T. A. Clark, C. Ma, A. C. Johnson, K. Kingham, W. J. Klepczynski, G. Luther, A. J. Kubik, and D. D. McCarthy |
| 01-15-707 | Time Synchronization Experiments with APPLE; C. L. Jain, K. Kumar, M. R. Sivaraman, B. S. Mathur, P. Banerjee, A. Sengupta, M. Saxana, A. K. Hanjura, and A. K. Suri |
| 01-16-229 | Ionospheric Limitations to Time Transfer by Satellite; S. H. Knowles |
| 01-16-247 | A Review of Tropospheric Refraction Effects on Earth-to-Satellite Systems (abstract); E. E. Althsuler |
| 01-16-249 | Atmospheric Limitations to Clock Synchronization at Microwave Frequencies; G. M. Resch |
| 01-16-385 | Time Transfer Techniques: Historical Overview, Current Practices and Future Capabilities; W. J. Klepczynski |
| 01-16-411 | New GOES Satellite Synchronized Time Code Generator; D. E. Fossler and R. K. Olsen |
| 01-16-419 | The Time and Frequency Comparisons via Loran-C and National TV Network in Yugoslavia; Z. M. Markovic and S. Hajdukovic |
| 01-16-427 | Maintenance of Time and Frequency in the Jet Propulsion Laboratory's Deep Space Network Using The Global Positioning System; P. A. Clements, S. E. Borutzki, and A. Kirk |
| 01-16-447 | Using GPS and VLBI Technology to Maintain 14 Digit Syntonization; S. C. Ward |
| 01-16-467 | A Simplified GPS C/A Receiver Front End with Low Noise Performance; D. D. Davis and A. D. Clements |
| 01-16-475 | Performance Test Results of a Low Cost GPS Time and Frequency Monitor (abstract); R. C. Hyatt and J. M. Ashjaee |
| 01-17-075 | Time Transfer - Terrestrial; J. A. Barnes |
| 01-17-077 | Time Transfer by Satellite; O. J. Oaks |
| 01-17-201 | R-CATS--A New Method for Calibrating Global Positioning System (GPS) Remote Sites; J. A. Buisson, O. J. Oaks, and M. J. Lister |
| 01-17-223 | Measuring the Propagation Time of Coaxial Cables Used with GPS Receivers; G. de Jong |
| 01-17-233 | Discussion of Clock Residuals in Developmental GPS Satellites Measured with a Single Channel Receiver; S. D. Chang and T. D. Maclay |
| 01-17-245 | Long Term Comparisons With GPS Receivers; M. Imae, M. Uratsuka, C. Miki, T. Morikawa, K. Akatsuka, and K. Yoshimura |
| 01-17-261 | Weighting and Smoothing of Data in GPS Common View Time Transfer; M. A. Weiss |
| 01-17-277 | Time Dissemination at Shanghai Observatory; Q. Zhuang |
| 01-17-287 | A Network Timing Concept for Switzerland; P. Kartaschoff, P. A. Probst, and P. Voros |
| 01-17-303 | Network Timing Equipment for Synchronous Digital Telecommunication; P. Girardet, P. Rochat, and E. Graf |
| 01-17-319 | Telemetry Time Integration; E. L. Davis |
| 01-18-037 | GPS Clock Technology and Navy PTTI Programs at the U.S. Naval Research Laboratory; R. L. Beard, J. Murray, and J. D. White |
| 01-18-089 | A Review of the Frequency and Timing Activities at the Jet Propulsion Laboratory; L. Maleki and P. F. Kuhnle |
| 01-18-099 | BIH Report; B. Guinot |
| 01-18-113 | National Physics Laboratory, U.K. Time and Frequency Report, 1986; P. B. Coates, J. E. Gibbs, D. J. E. Knight, D. S. Sutcliffe, and B. R. Swabey |
| 01-18-131 | Time Keeping and Time and Frequency Dissemination at the Istituto Elettrotecnico Nazionale (IEN); F. Cordara and V. Pettiti |
| 01-18-155 | Activities on Time and Frequency at Shanghai Observatory; Z. Zaocheng, Z. Qixiang, H. Jinlin, and K. Wunwei |
| 01-18-165 | Research Activities on Time and Frequency at the Radio Research Laboratory; N. Imai, S. Kobayashi, K. Yoshimura, and K. Nakagiri |
| 01-18-177 | Status of Activities and Plans for Precise Time Comparisons in Australia; J. M. Luck, I. K. Harvey, R. W. Harris, and G. G. Harvey |
| 01-18-203 | Use of Liberia Omega Transmissions for Frequency Calibration in Egypt; S. Samuel |
| 01-18-213 | Navstar GPS Program Status and Phase III GPS User Equipment; P. W. Nieuwejaar |
| 01-18-265 | A Calibration of GPS Equipment at Time and Frequency Standards Laboratories in the USA and Europe; W. Lewandowski, M. Weiss, and D. Davis |
| 01-18-283 | Remote Clock Calibration via GPS; C. F. Lukac, G. H. Luther, L. G. Charron, and R. E. Keating |
| 01-18-295 | WSMC Approach for Using GPS to Synchronize Remote Site Timing; J. B. McConnell and R. L. Baker |
| 01-18-305 | Precise Time from GPS for Department of Defense Test and Training Ranges; J. D. Luse and S. S. Sanford |
| 01-18-395 | Results of Using the Global Positioning System to Maintain the Time and Frequency Synchronization in the Jet Propulsion Laboratory's Deep Space Network; P. A. Clements, A. Kirk, and R. Unglaub |
| 01-18-407 | GPS-Based Network Syntonization via Nonmagnetic Control of Cesium Standards; E. A. Rodrigo, J. Bowell, J. Barnes, and J. D. Echols |
| 01-18-437 | Stability Measurements of Ku-Band Spread Spectrum Equipment Used for Two-Way Time Transfer; D. A. Howe |
| 01-18-541 | A Telephone-Based Time Dissemination System; D. Jackson and R. J. Douglas |
| 01-18-555 | Precise Time Transfer Using the Starfix System (abstract); A. R. Dennis |
| 01-19-003 | Use of the GPS Time Transfer at the Bureau International des Poids et Mesures; B. Guinot and W. Lewandowski |
| 01-19-025 | Dual Frequency P-Code Time Transfer Experiment; J. R. Clynch, B. W. Tolman, M. A. Weiss, D. W. Allan, and D. Davis |
| 01-19-033 | Apparent Diurnal Effects in the Global Positioning System; M. Weiss |
| 01-19-049 | An Off-Air Observatory Time Service; A. R. Seabrook |
| 01-19-058 | Global Positioning System for Time and Frequency Measurements; G. F. Knoernschild |
| 01-19-149 | Influence of Acoustic-Gravity Waves on Propagation of Loran-C; Y. Zheng |
| 01-19-155 | Linking Saudi Arabia Loran-C Chain to Mediterranean Chain; S. Samuel |
| 01-19-337 | Redundant Time and Frequency Reference Units for Satellite Applications; A. Vulcan, C. Gloeckl, M. Meirs, and T. McClelland |
| 01-19-345 | Portable Hydrogen Maser Clock Time Transfer at the Subnanosecond Level; L. J. Rueger, M. C. Chiu, S. D. Deines, R. A. Nelson, J. T. Broomfield, and C. O. Alley (see Errata Volume) |
| 01-19-381 | Standard Time and Frequency Signal Dissemination Service via Indian Domestic Satellite Insat-1B; A. Sen Gupta, A. K. Hanjura, P. Banerjee, and B. S. Mathur |
| 01-20-013 | State-of-the-Art Fiber Optics for Reference Frequency Distribution over Short Distances; G. F. Lutes and L. Primas |
| 01-20-065 | Use of GPS to Synchronize the AT&T National Telecommunications Network; E. W. Butterline, J. E. Abate, and G. P. Zampetti |
| 01-20-077 | A Dual Frequency GPS Receiver Measuring Ionospheric Effects without Code Demodulation, and Its Application to Time Comparisons; M. Imae, W. Lewandowski, C. Thomas, and C. Miki |
| 01-20-087 | Orbit Period Frequency Variations in the GPS Satellite Clocks; E. R. Swift and B. R. Hermann |
| 01-20-101 | A Calibration of GPS Equipment in Japan; M. Weiss and D. Davis |
| 01-20-133 | The Evolution of Synchronization in the Worldwide Omega System; V. Vannicola and H. McManus |
| 01-20-145 | Measurements of Propagation Time of Loran-C Signals; T. Hara, K. Horiai, K. Sato, M. Fujishita, S. Sakai, K. Iwadate, and K. Asari |
| 01-20-151 | Meteorological Influences on Loran-C Propagation over Sea and Land in Mediterranean Sea Chain; Z. M. Markovic |
| 01-20-163 | Loran-C Timing Calibration of Caribou, Maine; R. E. Keating, C. F. Lukac, G. H. Luther, and L. G. Charron |
| 01-20-183 | Frequency and Time Synchronization in Digital Communications Networks; M. Kihara and K. Hisadome |
| 01-20-193 | Ionospheric Corrections for Timing Applications; J. Klobuchar |
| 01-21-001 | Synchronization of Clocks; D. Allan |
| 01-21-059 | Progress in Transferring Time Using GLONASS Satellites; P. Daly and I. D. Kitching |
| 01-21-077 | GPS-UTC Time Synchronization; C. H. McKenzie, W. A. Feess, A. L. Satin, R. H. Lucas, and H. Holz |
| 01-21-095 | Precise Ephemerides for GPS Time Transfer; W. Lewandowski and M. A. Weiss |
| 01-21-107 | Accurate Delay Calibration for Two-Way Time Transfer Earth Stations; G. de Jong |
| 01-21-117 | Satellite Two-Way Time Transfer Fundamentals and Recent Progress; D. A. Howe, D. W. Hanson, J. L. Jesperson, and M. A. Lombardi |
| 01-21-131 | A New Two-Way Time Transfer Modem; G. P. Landis, J. D. White, A. Gifford, R. L. Beard, and J. A. Murray |
| 01-21-139 | Phase Distribution on Fiber Optic Cable; J. C. Webber and D. L. Thacker |
| 01-21-145 | GPS Synchronized Disciplined Rubidium Frequency Standard; D. E. Fossler |
| 01-21-149 | A GPS Disciplined Rubidium Clock; W. Dewey |
| 01-21-181 | The NIST Digital Time Service; J. Levine, D. W. Allan, and D. B. Sullivan |
| 01-21-199 | Improvement of Time Comparison Results by Using GPS Dual Frequency Codeless Receivers Measuring Ionospheric Delay; M. Imae, C. Miki, and C. Thomas |
| 01-21-205 | Alternative Timing Networks with GPS; G. P. Landis, S. Stebbins, R. L. Beard, and H. F. Fliegel |
| 01-21-215 | A Comparison of Time Transfer Techniques; S. Stebbins, A. Gifford, and R. L. Beard |
| 01-21-323 | Status Report on a Synchronization Experiment between European Time Scales Using ECS Geostationary Satellite; V. Pettiti, F. Cordara, and P. G. Galliano |
| 01-21-479 | NASA/JPL Deep Space Network Frequency and Timing; P. F. Kuhnle |
| 01-21-491 | Synchronizing Loran-C Master Stations to Coordinated Universal Time; G. R. Westling, M. D. Sakahara, and C. J. Justice |
| 01-21-501 | Frequency and Timing System at the National Institute for Standards (NIS); S. Samuel |
| 01-21-519 | An Unbiased Weighting Method for Data in GPS Common-View; Z. Qixiang, J. Shuguang, and F. Neng |
| 01-21-527 | Simultaneous Transmission of a Frequency Reference and a Time Code Over a Single Optical Fiber; G. Lutes and M. Calhoun |
| 01-21-537 | Common-View GPS Time Transfer Accuracy and Stability Stability Results; J. R. Semler |
| 01-22-061 | Inter-satellite Time Transfer: Techniques and Applications; E. Detoma and S. C. Wardrip |
| 01-22-087 | Current GPS/GLONASS Time References and UTC; P. Daly |
| 01-22-117 | Time and Frequency Comparisons in Europe by Means of ECS 5 Geostationary Satellite; F. Cordara and V. Petitti, A. Cenci, M. Fermi, and C. Sciarretta |
| 01-22-145 | GPS Time Transfer with Implementation of Selective Availability; D. W. Allan, M. Granveaud, W. J. Klepczynski, and W. Lewandowski |
| 01-22-231 | Precise Frequency Calibration Using Television Video Carriers; E. E. Burkhardt |
| 01-22-235 | Geodetic Positioning of the Aerospace Electronics Research Lab (ERL) Osborne Time Transfer Receiver (TTR) Using the GPS Navstar Block I Satellites; A. Liu |
| 01-22-243 | Precise Measurement Method for Ionospheric Total Electron Content Using Signals from GPS Satellites; M. Imae, H. Kiuchi, A. Kaneko, and C. Miki |
| 01-22-293 | Frequency Shifts in a Rubidium Frequency Standard Due to Coupling to Another Standard; B. Jaduszliwer, R. A. Cook, and R. P. Frueholz |
| 01-22-307 | Sensitivity to the External Temperature of Some GPS Time Receivers; W. Lewandowski and R. Tourde |
| 01-22-317 | GPS Block 2R Time Standard Assembly (TSA) Architecture; T. Baker |
| 01-22-339 | Time and Frequency Measuring Metrological Equipment in the USSR; A. A. Uljanov |
| 01-22-345 | Two-Way Time Transfer Modem; I. J. Galysh and P. Landis |
| 01-22-367 | Time Concurrency/Phase-Time Synchronization in Digital Communications Networks; M. Kihara and A. Imaoka |
| 01-22-375 | The Cable and Wireless Approach to Network Synchronization; R. D. Calvert |
| 01-22-383 | International Two-Way Satellite Time Transfers Using Intelsat Space Segment and Small Earth Stations; L. B. Veenstra |
| 01-22-401 | The BBC Network Radio Time and Frequency Standard and Its Role in the Provision of the Greenwich Time Signal; J. McIlroy |
| 01-22-409 | Synchronizing Computer Clocks Using a Local Area Network; J. Levine |
| 01-22-525 | The National- and International-wide Prospects of Future Improvements in Position Location and Time Synchronization Systems and Aids; Y. G. Gouzhva, B. N. Balyasnikov, V. V. Korniyenko, I. G. Pushkina, S. Shebshayevich, V. I. Denisov, and A. P. Reutov |
| 01-22-547 | The Use of Precise Ephemerides, Ionospheric Data and Corrected Antenna Coordinates in a Long-Distance GPS Time Transfer; W. Lewandowski, C. Petit, C. Thomas, and M. Weiss |
| 01-22-559 | GPS/Loran-C Interoperability for Time and Frequency Applications-a Survey of the Times of Arrival of Loran-C Transmissions via GPS Common Mode/Common View Satellite Observations; B. Penrod, R. Funderburk, and Peter Dana |
| 01-22-575 | LASSO, Two-Way and GPS Time Comparisons: a (Very) Preliminary Status Report; C. Veillet, D. Feraudy, J. M. Torre, J. F. Mangin, P. Grudler, F. Baumont, J. Gaignebet, J. L. Hatat, W. Hanson, A. Clements, J. Jesperson, M. Lombardi, D. Kirchner, G. Kirchner, H. Ressler, S. S. Fassi, W. J. Klepczynski, P. J. Wheeler, W. Powell, A. Davis, M. Granveaud, and P. Uhrich |
| 01-22-583 | Recent Developments of Loran-C in Europe; S. Leschiutta and E. Rubiola |
| 01-23-001 | The Need For GPS Standardization; W. Lewandowski, G. Petit, and C. Thomas |
| 01-23-071 | Comparison of Two-Way Satellite Time Transfer and GPS Common-View Time Transfer Between OCA and TUG; D. Kirchner, U. Thyr, H. Ressler, R. Robnik, P. Grudler, F. Baumont, C. Veillet, W. Lewandowski, W. Hanson, A. Clemenets, J. Jesperson, D. Howe, M. Lombardi, W. Klepczynski, P. Wheeler, W. Powell, A. Davis, P. Urich, R. Tourde, and M. Granveaud |
| 01-23-331 | Accuracy of GPS Time Transfer Verified by the Closure around the World; W. Lewandowski, G. Petit, and C. Thomas |
| 01-23-341 | Comparison of GLONASS and GPS Time Transfers between Two Western European Time Laboratories and VNIIFTRI; P. Daly, N. B. Koshelyaevsky, W. Lewandowski, G. Petit, and C. Thomas |
| 01-23-351 | A Proposed Time Transfer Experiment between the USA and the South Pacific; J. Luck, J. Dunkley, T. Armstrong, A. Gifford, P. Landis, S. Rasmussen, P. Wheeler, T. Bartholomew, and S. Stein |
| 01-23-365 | Geostationary Satellite Position Determination For Common-View Two-Way Time Transfer Measurements; Z. Oixiang and R. J. Douglas |
| 01-23-401 | Test of an Orbiting Hydrogen Maser Clock System Using Laser Time Transfer; R. F. C. Vessot, E. Mattison, and R. Decher |
| 01-23-417 | Present Status and Future Prospects for Ionospheric Propagation Corrections for Precise Time Transfer Using GPS; J. A. Klobuchar |
| 01-24-031 | U.S. Coast Guard GPS Information Center (GPSIC) and Its Function within the Civil GPS Service (CGS); GPSIC Staff |
| 01-24-047 | Comparison of GPS and GLONASS Common-View Time Transfers; W. Lewandowski, G. Petit, C. Thomas, G. T. Cherenkov, N. B. Koshelyaevsky, and S. B. Pushkin |
| 01-24-063 | Present and Future Needs: Is GPS the Only PTTI Source?; R. L. Filler (moderator) |
| 01-24-087 | Experimental Comparison of Time Synchronization Techniques by Means of Light Signals and Clock Transport on the Rotating Earth; R. A. Nelson, C. O. Alley, J. D. Rayner, Y. H. Shih, C. A. Steggerda, B. C. Wang, and B. W. Agnew |
| 01-24-113 | LASSO Observations at McDonald (Texas, USA) and OCA/CERGA (Grasse, France): a Preliminary Analysis; C. Veillet, P. Fridelance, D. Feraudy, Y. Boudon, P. J. Shelus, R. L. Ricklefs, and J. R. Wiant |
| 01-24-231 | Two-Way Time Transfer Results at NRL and USNO; I. J. Galysh and G. P. Landis |
| 01-24-243 | Performance of a Date Dissemination Code on Telephone Lines Using Commercial Modems; F. Cordara, V. Pettiti, R. Quasso, and E. Rubiola |
| 01-24-343 | Performance of Low-Cost Commercial Fiber-Optic Transceivers for Reference Frequency Distribution; R. Dragonette and J. J. Suter |
| 01-24-357 | Ultrastable Reference Frequency Distribution Utilizing a Fiber Optic Link; M. Calhoun and P. Kuhnle |
| 01-24-365 | A Wide-Band Fiber Optic Frequency Distribution Sytem Employing Thermally Controlled Phase Compensation; D. Johnson, M. Calhoun, R. Sydnor, and G. Lutes |
| 01-24-375 | Analysis of the Eastern Range Multiplexed Fiber Optic IRIG B120 Distribution System; M. J. Duncan, J. S. Martell, and J. L. Wright |
| 01-25-101 | Two-Way Satellite Time Transfer: Overview and Recent Developments; G. de Jong |
| 01-25-119 | Optical Techniques for Time and Frequency Transfer; F. Baumont and J. Gaignebet |
| 01-25-133 | GPS Common-View Time Transfer; W. Lewandowski |
| 01-25-169 | Time and Position Accuracy Using Codeless GPS; C. E. Dunn, D. C. Jefferson, S. M. Lichten, J. B. Thomas, Y. Vigue, and L. E. Young |
| 01-25-183 | The Use of the AOA TTR-4P GPS Receiver in Operation at the BIPM for Real-Time Restitution of GPS Time; C. Thomas |
| 01-25-231 | Tropospheric Corrections to GPS Measurements Using Locally Measured Meteorological Parameters Compared with General Tropospheric Corrections; D. Kirchner, C. Lentz, and H. Ressler |
| 01-25-267 | Time Transfer Using Geostationary Satellites: Implementation of a Kalman Filter; F. Meyer |
| 01-25-277 | The Two-Way Time Synchronization System via a Satellite Voice Channel; Z. Heng-qiu, Z. Ren-huan, and Hu Yong-hui |
| 01-25-285 | Remote Clocks Linked by a Fully Calibrated Two-Way Timing Link; J. A. DeYoung and R. J. Andrukitis |
| 01-25-293 | A Comparison of GPS Broadcast and DMA Precise Ephemerides; M. A. Weiss, G. Petit, and S. Shattil |
| 01-25-317 | A Comparison of Several GPS Data Reduction Methods; H. Chadsey |
| 01-25-357 | Comparison of LASSO and GPS Time Transfers; W. Lewandowski, G. Petit, F. Baumont, P Fridelance, J. Gaignebet, P. Grudler, C. Veillet, J. Wiant, and W. J. Klepczynski |
| 01-25-367 | LASSO Experiment: Intercalibrations of the LASSO Ranging Stations; J. Gaignebet, J.-L. Hatat, J. F. Mangin, J. M. Torre, W. Klepczynski, L. McCubbin, J. Wiant and R. Ricklefs |
| 01-25-495 | Ionospheric Corrections to Precise Time Transfer Using GPS; R. W. Snow, A. W. Osborne, III, J. A. Klobuchar, and P. H. Doherty |
| 01-25-505 | The NIST Internet Time Service; J. Levine |
| 01-25-533 | Using GLONASS Signal for Clock Synchronization; Y. Gouzhva, A. Gevorkyan, P. Bogdanov, and U. Ovchinnikov |
| 01-26-039 | The 1994 International Transatlantic Two-Way Satellite Time and Frequency Transfer Experiment: Preliminary Results; J. A. DeYoung, W. J. Klepczynski, A. D. McKinley, W. Powell, P. Mai, P. Hetzel, A. Bauch, J. A. Davis, P. R. Pearce, F. Baumont, P. Claudon, P. Grudler, G. de Jong, D. Kirchner, H. Ressler, A. Soering, C. Hackman, and L. Veenstra |
| 01-26-051 | High Accuracy Time Transfer Synchronization; P. Wheeler, P. Koppang, D. Chalmers, A. Davis, A. Kubik, and W. Powell |
| 01-26-075 | Implementation of a Standard Format for GPS Common-View Data; M. A. Weiss and C. Thomas |
| 01-26-089 | Some Preliminary Results of the Fast Calibration Trip During the Intelsat Field Trials; W. J. Klepczynski, J. A. Davis, D. Kirchner, H. Ressler, G. de Jong, F. Baumont, P. Hetzel, A. Soering, C. Hackman, M. Granveaud, and W. Lewandowski |
| 01-26-127 | Anticipated Uncertainty Budgets of PRARETIME and T2l2 Techniques As Applied to EXTRAS; C. Thomas, P. Wolf, P. Uhrich, W. Schafer, H. Nau, and C. Veillet |
| 01-26-167 | LASSO Experiment Intercalibration Trip for the Two LASSO Ranging Stations; G. Gaignebet, J. L. Hatat, P. Grudler, W. J. Klepczynski, L. McCubbin, J. Wiant, and R. Ricklefs |
| 01-26-175 | Network Time Synchronization Servers at the U.S. Naval Observatory; R. E. Schmidt |
| 01-26-235 | A Globally Efficient Means of Distributing UTC Time and Frequency through GPS; J. A. Kusters, R. P. Giffard, L. S. Cutler, D. W. Allan, and M. Miranian |
| 01-26-305 | Automated Delay Measurement System for an Earth Station for Two-Way Satellite Transfer; G. de Jong and M. C. Polderman |
| 01-26-319 | Study of Tropospheric Correction for Intercontinental GPS Common-View Time Transfer; W. Lewandowski, W. J. Klepczynski, P. Grudler, F. Baumont, and M. Imae |
| 01-26-443 | T2l2 Time Transfer by Laser Link; C. Veillet and P. Fridelance |
| 01-27-035 | GPS Monitor Station Upgrade Program at the Naval Research Laboratory; I. J. Galysh and D. M. Craig |
| 01-27-063 | Ideas for Future GPS Timing Improvements; Capt. S. T. Hutsell |
| 01-27-075 | UTC Dissemination to the Real Time User: Role of the USNO; M. Miranian |
| 01-27-087 | Role of the BIPM in UTC Dissemination to the Real Time User; T. J. Quinn and C. Thomas |
| 01-27-097 | The Role of the International Telecommunications Union in Time and Frequency; G. de Jong |
| 01-27-103 | UTC Dissemination to the Real-Time User; J. Levine |
| 01-27-113 | GPS Disciplined Oscillators for the Traceability to the Italian Time Standard; F. Cordara and V. Pettiti |
| 01-27-125 | Observations on the Reliability of Rubidium Frequency Standards on Block Il/IIA GPS Satellites; 1Lt. G. L. Dieter and Capt. G. E. Hatten |
| 01-27-135 | How Bad Receiver Coordinates Can Affect GPS Timing; H. Chadsey |
| 01-27-145 | Common View Time Transfer Using Worldwide GPS and DMA Monitor Stations; W. G. Reid, T. B. McCaskill, O. J. Oaks, J. A. Buisson, and H. E. Warren |
| 01-27-159 | GPS/GLONASS Time Transfer with 20-Channel Dual GNSS Receiver; P. Daly and S. Riley |
| 01-27-181 | High Precision Time Transfer to Test a Hydrogen Maser on Mir; E. M. Mattison and R. F. C. Vessot |
| 01-27-269 | Kalman Filtering USNO's GPS Observations for Improved Time Transfer Predictions; Capt. S. T. Hutsell |
| 01-27-291 | Relating the Hadamard Variance to MCS Kalman Filter Clock Estimation; Capt. S. T. Hutsell |
| 01-27-303 | Signal Delay Stability of a Ku-Band Two-Way Satellite Time Transfer Terminal; D. Kirchner, H. Rebler, and R. Robnik |
| 01-27-313 | Data and Time Transfer Using SONET Radio; G. M. Graceffo |
| 01-27-335 | Some Operational Aspects of the International Two-Way Satellite Time and Frequency Transfer (TWSTFT) Experiment Using INTELSAT Satellites at 307 Degrees E; J. A. DeYoung, A. D. McKinley, J. A. Davis, P. Hetzel, and A. Bauch |
| 01-27-347 | Preliminary Comparison of Two-Way Satellite Time and Frequency Transfer and GPS Common-View Transfer During the INTELSAT Field Trial; J. A. Davis, W. Lewandowski, J. A. DeYoung, D. Kirchner, P. Hetzel, G. de Jong, A. Soering, F. Baumont, W. J. Klepczynski, A. D. McKinley, T. E. Parker, K. A. Bartle, H. Ressler, R. Robnik, and L. Veenstra |
| 01-27-359 | Results of the Calibration of the Delays of Earth Stations for TWSTFT Using the VSL Satellite Simulator Method; G. de Jong , D. Kirchner, H. Ressler, P. Hetzel, J. Davis, P. Pears, W. Powell, A. D. McKinley, W. J. Klepczynski, J. A. DeYoung, C. Hackman, S. R. Jefferts, and T. E. Parker |
| 01-27-373 | Accurate Time/Frequency Transfer Method Using Bi-directional WDM Transmission; A. Imaoka and M. Kihara |
| 01-27-397 | GPS Moving Vehicle Experiment; O. J. Oaks, W. Reid, J. Wright, C. Duffey, C. Williams, H. Warren, T. Zeh, and J. Buisson |
| 01-27-409 | Bonneville Power Administration Timing System; K. E. Martin |
| 01-27-419 | Direct-Y: Fast Acquisition of the GPS PPS Signal; 1Lt. O. M. Namoos and R. S. DiEsposti |
| 01-27-433 | The WSMR Timing System: toward New Horizons; W. A. Gilbert and R. Stimets |
| 01-27-439 | Authentication, Time-Stamping and Digital Signatures; J. Levine |
| 01-28-025 | Impact of International Decisions on TAI Generation; C. Thomas |
| 01-28-037 | IEN Time and Frequency Metrological Activity and Support to User Needs; F. Cordara, V. Pettiti, and P. Tavella |
| 01-28-051 | Time and Frequency Keeping and Its Distribution System at CRL; M. Imae, M. Hosokawa, Y. Hanado, K. Imamura, A. Otsuka, and T. Morikawa |
| 01-28-065 | Frequency Standards, Timekeeping, and Traceable Services at the National Research Council of Canada; R. J. Douglas, J.-S. Boulanger, S. Cundy, M.-C. Gagne, W. Cazemier, B. Hoger, R. Pelletier, J. Bernard, A. A. Madej, L. Marmet, K. Siemsen, and B. G. Whitford |
| 01-28-075 | Time and Frequency Activities at NIST; J. Levine and D. B. Sullivan |
| 01-28-083 | European PTTI Report; F. Cordara, A. De Marchi, M. Serafino, and S. Leschiutta |
| 01-28-097 | The Network Computer as Precision Timekeeper; D. L. Mills |
| 01-28-109 | On the Shipboard Application of Network Time Protocol (NTP, RFC 1305); M. E. Bautista |
| 01-28-125 | Military Applications of Time and Frequency; R. L. Beard, J. D. White, and J. A. Murray |
| 01-28-141 | The Alternate Master Clock and Precise Time Requirements; Why an Alternate Master Clock?; W. V. Bollwerk |
| 01-28-151 | Experience at the CENAM with Time and Frequency Standards Signals Received by the Global Positioning System (GPS); V. Molina-Lopez, H. Jardon-Aguilar, J. T. Vega-Duran, and J. M. Lopez-Romero |
| 01-28-163 | Stabilization of a Fiber-Optic Link Using a Temperature- Controlled Fiber Segment; R. L. Sydnor, M. Calhoun, J. Lopez, and W. Diener |
| 01-28-169 | Demonstration of Synchronization Between Two Geosynchronous Satellites Without Ground Intervention; J. C. Camparo, R. P. Frueholz, and A. P. Dubin |
| 01-28-179 | PTTI: Utilizations and Experimentations at Hydro-Quebec; G. Missout |
| 01-28-189 | GPS and Relativity: An Engineering Overview; H. F. Fliegel and R. S. DiEsposti |
| 01-28-201 | Operational Use of the Hadamard Variance in GPS; S. T. Hutsell, W. G. Reid, 1Lt. J. D. Crum, 1Lt. H. S. Mobbs, and J. A. Buisson |
| 01-28-305 | Report from the ITU-R Working Party 7A on Time Signals and Frequency Standard Emissions; G. de Jong |
| 01-28-339 | Precision Time and Frequency Transfer Utilizing SONET OC-3; M. Calhoun, P. Kuhnle, R. Sydnor, S. Stein, and G. A. Gifford |
| 01-28-349 | A Comparison of the Highest Precision Commonly Available Time Transfer Methods: TWSTT and GPS CV; J. DeYoung, F. Vannicola, and A. D. McKinley |
| 01-28-357 | First Results from GLONASS Common-View Time Comparisons Realized According to the BIPM International Schedule; W. Lewandowski, J. Azoubib, A. G. Gevorkyan, P. P. Bogdanov, J. Danaher, G. de Jong, and J. Hahn |
| 01-28-367 | A Contribution to the Standardization of GPS and GLONASS Time Transfers; W. Lewandowski, J. Azoubib, A. G. Gevorkyan, P. P. Bogdanov, W. J. Klepczynski, M. Miranian, J. Danaher, N. B. Koshelyaevsky, and D. W. Allan |
| 01-28-387 | Testing Motorola Oncore GPS Receiver and Temperature- Stabilized Antennas for Time Metrology; W. Lewandowski, P. Moussay, P. Guerin, F. Meyer, and M. Vincent |
| 01-28-397 | Continuous Observation of NAVSTAR Clock Offset from the DoD Master Clock Using Linked Common-View Time Transfer; W. G. Reid |
| 01-28-409 | 1996 GPS Time Transfer Performance; 1Lt. J. D. Crum |
| 01-28-417 | Performance Analysis of the GPS Monitor Station Timing Subsystem Enhancement Program at the Naval Research Laboratory; I. J. Galysh, D. M. Craig, and W. G. Reid |
| 01-28-441 | Performance Evaluation of the GPS Block IIR Time Keeping System; A. Wu |
| 01-28-455 | GLONASS Onboard Time/Frequency Standards: Ten Years of Operation; A. B. Bassevich, P. P. Bogdanov, A. G. Gevorkyan, and A. E. Tyulyakov |
| 01-29-069 | GPS Receivers and Relativity; M. Weiss and N. Ashby |
| 01-29-117 | The 2 SOPS Ephemeris Enhancement Endeavor (EEE); Capt. J. D. Crum, S. T. Hutsell, and R. T. Smetek, Jr. |
| 01-29-131 | Refining Monitor Station Weighting in the GPS Composite Clock; Lt. H. S. Mobbs and S. T. Hutsell |
| 01-29-143 | A New Approach to Ionospheric Delay Corrections in Single Frequency GPS Receivers; G. Mirenna, V. Pettiti, F. Cordara, and L. Ciraolo |
| 01-29-155 | Performance of the Kalman Filter of the Global Positioning System Operational Control Segment during January - March 1997; M. Weiss and A. Zarr |
| 01-29-165 | Long-Term Evaluation of GPS Timing Receiver Failures; D. Hoechtl and U. Schmid |
| 01-29-193 | Absolute Time Error Calibration of GPS Receivers Using Advanced GPS Simulators; E. D. Powers, M. Miranian, J. D. White, and J. Brad |
| 01-29-201 | Atomic Frequency Standards for the GPS IIF Satellites; W. Emmer and E. Watts |
| 01-29-221 | Time Transfer Using GPS Carrier Phase Methods; K. M. Larson and J. Levine |
| 01-29-229 | GLONASS/GPS Time Transfer and the Problem of the Determination of Receiver Delays; G. de Jong and W. Lewandowski |
| 01-29-241 | Delay Stability of the TWSTFT Earth Station at VSL; G. de Jong |
| 01-29-253 | C- and Ku-Band Two-Way Satellite Time Transfer Comparison Experiment; R. Beard, I. Galysh, J. Oaks, M. Largay, P. Landis, W. Reid, M. Ehnert, R. Eisenhauer, W. Hanson, L. Nelson, A. Clements, J. Durden, L. Brownhill, J. Wright, C. Duffy, J. Kasik, and J. Buisson |
| 01-29-265 | An Operational TWSTT Monitoring System; P. Mai and J. DeYoung |
| 01-29-269 | Common-View Time Transfer Using Multi-Channel GPS Receivers; L. Schmidt and M. Miranian |
| 01-29-277 | Multi-channel vs. Common-View GPS Frequency Transfer Comparison in the Asia-Pacific Region; P. T. H. Fisk, M. A. Lawn, S. Quigg, J. S. Thorn, T. Armstrong, J. McK. Luck, J. R. Woodger, and M. M. Ruiz |
| 01-29-287 | On Improvements of and Suggestions about GPS "Common-View" with Multi-channel Time Receivers - First Results; J. Hahn, H. Nau, and P. Moussay |
| 01-29-299 | A New Approach to Common-View Time Transfer Using "All-in-View" Multi-channel GPS and GLONASS Observations; J. Azoubib, W. Lewandowski, G. de Jong, and J. Danaher |
| 01-29-309 | Multi-channel GPS Common-View Time Transfer Experiments: First Results and Uncertainty Study; G. Petit, C. Thomas, P. Moussay, J. A. Davis, M. Miranian, and J. Palacio |
| 01-29-319 | Time Transfer with GPS Multi-channel Motorola Oncore Receiver Using CCDS Standards; J. Nawrocki, W. Lewandowski, and J. Azoubib |
| 01-29-329 | A Study Examining the Possibility of Obtaining Traceability to UK National Standards of Time and Frequency Using GPS-Disciplined Oscillators; J. A. Davis and J. M. Furlong |
| 01-29-345 | Utilization of the Global Positioning System (GPS) for Timing Systems Under Range Standardization & Automation Phase-IIA Program; M. C. Lee |
| 01-29-357 | The WSMR Timing System: Approaching the Horizon; W. A. Gilbert |
| 01-29-365 | Internet Timekeeping around the Globe; D. L. Mills, A. Thyagarjan, and B. C. Huffman |
| 01-29-373 | SIPRNET Network Time Service; R. E. Schmidt |
| 01-29-381 | The Application of NTP to Navy Platforms; K. F. O'Donoghue and D. T. Marlow |
| 01-29-391 | Benefits and Issues on the Integration of GPS with a Wireless Communications Link; R. DiEsposti, S. Saks, L. Jocic, and J. Kayloe |
| 01-29-405 | Long-Term Time Transfer Stability of a Fiber Optic Link; O. Buzek |
| 01-29-415 | Two-Way Time Transfer Through 2.4 Gbit/s Optical SDH System; M. Kihara, A. Imaoka, M. Imae, and K. Imamura |
| 01-30-007 | Thirty Years of PTTI: A Retrospective; W. Klepczynski |
| 01-30-011 | GPS Week Roll-over and Y2K Compliance for NBS-type Receivers, and Absolute Calibration of the NIST Primary Receiver; M. Weiss and V. Zhang |
| 01-30-125 | 1998 GPS Time Transfer Performance; S. Huser and S. Hutsell |
| 01-30-161 | Short-Term Characterizations of GPS-Disciplined Oscillators and Field Trial for Frequency of Italian Calibration Centers; V. Pettiti and F. Cordara |
| 01-30-173 | Analysis of On-Orbit Behavior of GPS Block II-R Time Keeping System; T. Dass, J. Petzinger, J. Rajan, and H. Rawicz |
| 01-30-187 | Real-Time GPS Monitoring of Atomic Frequency Standards in the the Canadian Active Control System (CACS); F. Lahaye, M. Caissy, J. Popelar, and R. Douglas |
| 01-30-201 | A Test of the Use of GLONASS Precise Code for High-Precision Time Transfer; J. Azoubib and W. Lewandowski |
| 01-30-211 | Results of RIRT's Comparisons via GLONASS Signals; P. Bogdanov, A. Gevorkyan, and V. Zholnerov |
| 01-30-219 | IEM Kvarz and Quartzlock's GPS-Disciplined Rubidium Frequency and Time Standard; C. Green |
| 01-30-227 | Precise Clock Solutions Using Carrier Phase from GPS Receivers in the International GPS Service; J. Zumberge, D. Jefferson, D. Stowers, R. Tjoelker, and L. Young |
| 01-30-235 | Calibration Considerations for the IGS/BIPM Pilot Time Transfer Project Using Carrier Phase; R. Beard, J. Brad, J. White, and O. Oaks |
| 01-30-247 | A Long-Term Comparison Between GPS Carrier-Phase and Two-Way Satellite Time Transfer; K. Larson, L. Nelson, J. Levine, T. Parker, and E. Powers |
| 01-30-257 | A Very Short Baseline Time Transfer Experiment Using Two Geodetic-Quality GPS Receivers and Carrier Phase Techniques; J. Clarke, J. Davis, and A. Lowe |
| 01-30-271 | First Results on a Transatlantic Time and Frequency Transfer by GPS Carrier Phase; G. Dudle, F. Overney, L. Prost, T. Schildknecht, T. Springer, P. Hetzel, and E. Powers |
| 01-30-281 | High Precision Time and Frequency Transfer Using GPS Phase Measurements; T. Schildknecht and T. Springer |
| 01-30-293 | Hardware Delay Measurements and Sensitivities in Carrier Phase Time Transfer; E. Powers, P. Wheeler, D. Judge, and D. Matsakis |
| 01-30-307 | Frequency Transfer Using GPS: A Comparative Study of Code and Carrier Phase Analysis Results; C. Bruyninx, P. Defraigne, J. Sleewaegen, and P. Paquet |
| 01-30-315 | Two-Way Satellite Time Transfer (TWSTT): USNO Operations and Calibration Services; J. DeYoung |
| 01-30-329 | Improving the Delay Stability of a Two-Way Satellite Time and Frequency Transfer Earth Station; S. Shemar and J. Davis |
| 01-30-341 | Two-Way Satellite Time Transfer Applications with the Eastern Range; I. Galysh, D. Koch, R. Beard, W. Reid, and J. Buisson |
| 01-30-355 | Two-Way Satellite Time Transfer Activities in Asian-Pacific Region; M. Imae, M. Hosokawa, K. Imamura, H. Yukawa, Y. Shibuya, P. Fisk, S. Quigg, M. Lawn, J. Thorn, M. Wouters, C. Coles, L. Zhang, and K. Nakadan |
| 01-30-365 | Calibration of Three European TWSTFT Stations Using a Portable Station and Comparison of TWSTFT and GPS Common-View Measurement Results; D. Kirchner, H. Ressler, P. Hetzel, A. Soering, and W. Lewandowski |
| 01-30-377 | New Ways to Visualize Time and Frequency Data; J. DeYoung |
| 01-30-393 | Two-Way Satellite Time Transfer Using Intelsat 706 on a Regular Basis: Status and Data Evaluation; J. Azoubib, D. Kirchner, W. Lewandowski, P. Hetzel, W. Klepczynski, D. Matsakis, T. Parker, H. Ressler, A. Soering, G. de Jong, F. Baumont, and J. Davis |
| 01-30-405 | A Frequency Transfer and Cleanup System for Ultra-High Stability at Both Long and Short Times for the Cassini Ka-Band Experiment; M. Calhoun, G. Dick, and R. Wang |
| 01-30-413 | Effect of Clock Noise on the Synchronization Performance of Constant Bit Rate (CBR) Traffic in an ATM Network; T. Jayawardena and C. Olszewski |
| 01-30-423 | The Synchronization of the Spanish R&D Network; J. Palacio, F. Galindo, T. Lopez, L. Batanero, and C. Tomas |
| 01-30-433 | Pseudo-Random Code Correlator Timing Errors Due to Multiple Reflections in Transmission Lines; F. Ascarrunz, T. Parker, and S. Jefferts |
| 01-30-439 | The Time Distribution System for the Wide Area Augmentation System (WAAS); W. Klepczynski |
| 01-30-445 | On the Problems of System Time Generation for a Future GNSS2; J. Hahn and P. Tavella |
| 01-30-459 | The Role of Time and Frequency in the MTSAT Satellite-Based Augmentation System (MSAS); T. Ishita and A. Nii |
| 01-30-469 | The Role of Time and Frequency in the European Geostationary Navigation Overlay System (EGNOS); A. Job, J. Legenne, M. Brunet, J. Pieplu, and A. Batchelor |
| 01-30-483 | Validation of a Time of Transmission Monitor Suite for Measurement of the Offset Between LORAN-C Transmissions and UTC; L. Putnam |
| 01-31-007 | The Pervasive Societal Impact of Time and Frequency; H. Hellwig |
| 01-31-017 | 1999 GPS Time Transfer Performance; M. Rivers and S. Osborne |
| 01-31-029 | Feedback From GPS Timing Users: Relayed Observations From 2 SOPS; T. Occhi and S. Hutsell |
| 01-31-043 | Multiple-Path Linked Common-View Time Transfer (LCVTT); W. Reid |
| 01-31-055 | Investigation of the GPS Block IIR Time Keeping System (TKS) Anomalies Caused by the Voltage-Controlled Crystal Oscillator (VCXO); A. Wu |
| 01-31-065 | Long-Term Stability of a Rubidium Atomic Clock in Geosynchronous Orbit; J. Coffer and J. Camparo |
| 01-31-091 | Considerations for the Concept of Galileo's Timekeeping System; J. Hahn |
| 01-31-101 | Redundant Atomic Frequency Standard Timekeeping System with Seamless AFS Switchover; V. Reinhardt and C. Sheckells |
| 01-31-111 | The Autonomous Detection of Clock Problems in Satellite Timekeeping Systems; Y. Chan, J. Camparo, and R. Frueholz |
| 01-31-121 | Space-Segment Timekeeping for Next Generation MILSATCOM; Y. Chan, J. Camparo, and R. Frueholz |
| 01-31-133 | Panel Discussion: Post-GPS End-of-Week Rollover and Upcoming Y2K; D. H. Mitchell (chairman), D. D. McCarthy, and S. T. Hutsell |
| 01-31-141 | An Overview of GPS Augmentation Systems; M. Petovello, G. Lachapelle, and P. Fenton |
| 01-31-155 | Wide Area Augmentation System (WAAS); D. Ormand |
| 01-31-161 | WAAS Network Time Performance Using WRS Data; C. Griffith, S. Peck, and P. Diamond |
| 01-31-173 | Geo Uplink Subsystem (GUS) Clock Steering Algorithms Performance, Validation, and Test Results; M. Grewal, W. Brown, R. Lucy, and P. Hsu |
| 01-31-181 | Enhancing GPS Timing Engines Using WAAS Signals; M. Gonthier and E. Masella |
| 01-31-191 | Time Transfer Using WAAS: An Initial Attempt; P. Fenton, W. Klepczynski, E. Powers, and R. Douglas |
| 01-31-203 | Time and Frequency Activities at ROA; J. Palacio, F. Galindo, and R. Boloix |
| 01-31-211 | Time and Frequency Activities at the CSIRO National Measurement Laboratory, Sydney, Australia; P. Fisk, R. Warrington, M. Lawn, and M. Wouters |
| 01-31-219 | Time and Frequency Activities at IEN; F. Cordara, G. Brida, A. Godone, F. Levi, L. Lorini, M. Mascarello, S. Micalizio, V. Pettiti, P. Tavella, and G. Vizio |
| 01-31-231 | Update on Time and Frequency Activities at NIST; T. Parker and D. Sullivan |
| 01-31-241 | Overview of Research Activities on Time and Frequency at the Communications Research Laboratory; M. Hosokawa, M. Imae, T. Morikawa, N. Kurihara, and K. Okamoto |
| 01-31-247 | Time and Frequency Activities at the National Physical Laboratory; J. Davis |
| 01-31-257 | Recent and Pending Improvements at the U.S. Naval Observatory; D. Matsakis |
| 01-31-277 | New Steering Strategies for the USNO Master Clock; P. Koppang and D. Matsakis |
| 01-31-317 | Development of a Multiple Time Source Comparison System for Disseminative Services in Taiwan; C. Lin, S. Lin, and C. Liao |
| 01-31-323 | Analysis of Delays in Transmitting Time Code Using an Automated Computer Time Distribution System; Y. Shan, H. Chua, A. Kyaw, and J. Levine |
| 01-31-339 | Panel Discussion: The Future of Military GPS Receivers; M. Miranian (chairman), S. T. Hutsell, and D. H. Mitchell |
| 01-31-347 | A Better Way of Life for PPS Users...GPS SAASM and P(Y)-Direct, the New Wave of Military Receiver Technology for the PPS Navigation and Time and Frequency User; H. Fruehauf |
| 01-31-357 | Initial Test Results for a New PPS GPS Timing Receiver; M. Miranian, E. Powers, J. Brad, and J. White |
| 01-31-365 | Testing the Effects of M-Code on GPS Timing Receivers; J. Brad, I. Galysh, D. Koch, J. White, and G. Landis |
| 01-31-373 | Time Transfer Using P-Code Measurements from GPS/GLONASS Receivers; F. Roosbeck, P. Defraigne, and C. Bruyninx |
| 01-31-383 | SATMIX Time-Scale Comparisons Using a Single-Channel Fast- Sequencing GPS Receiver With Carrier-Phase Smoothing; P. Hetzel, D. Kirchner, T. Polewka, and H. Ressler |
| 01-31-393 | Comparison of Common-View and One-Way GPS Time Transfer Over a 4000-km East-West Baseline; R. Giffard and R. Pitcock |
| 01-31-405 | Estimation of GPS Ionospheric Delay Using L1 Code and Carrier Phase Observables; R. Giffard |
| 01-31-419 | Use of IGS Ionosphere Products in TAI; P. Wolf and G. Petit |
| 01-31-431 | GPS-Based Optimal Kalman Estimation of Time Error, Frequency Offset, and Aging; Y. Schmaliy, A. Marienko, and A. Savchuk |
| 01-31-441 | Calibration of GPS Carrrier-Phase Time-Transfer Equipment; E. Powers |
| 01-31-449 | Comparison of Atomic Frequency Standards at NIST and PTB Using Carrier-Phase GPS; L. Nelson, J. Levine, T. Parker, K. Larson, P. Hetzel, and J. Becker |
| 01-31-461 | Recent Results With Transatlantic GeTT Campaign; R. Dach, T. Schildknecht, T. Springer, G. Dudle, and L. Prost |
| 01-31-471 | Frequency Transfer Using GPS Codes and Phases: Short- and Long-Term Stability; C. Bruyninx and P. Defraigne |
| 01-31-481 | Attenuating Day-Boundary Discontinuities in GPS Carrier-Phase Time Transfer: K. Senior, E. Powers, and D. Matsakis |
| 01-31-491 | Analysis Noise, Short-Baseline Time Transfer, and a Long-Baseline GPS Carrier-Phase Frequency Scale; D. Matsakis, K. Senior, and L. Breakiron |
| 01-31-505 | New Trends in Two-Way Time and Frequency Transfer via Satellite; W. Schaefer, A. Pawlitzki, and T. Kuhn |
| 01-31-515 | Precise Time-Transfer Experiment Using Two-Way Carrier-Phase Method Planned for ETS-VIII Satellite; M. Hosokawa, M. Imae, H. Kiuchi, Yu. Takahashi, Ya. Takahashi, H. Noda, and N. Hamamoto |
| 01-31-523 | WWVB Improvements: New Power From an Old Timer; M. Deutch, W. Hanson, G. Nelson, C. Snider, D. Sutton, W. Yates, P. Hansen, and W. Hopkins |
| 01-31-537 | Design of a Satellite Data Manipulation Tool in a Time and Frequency Transfer System Using Satellites; S. Yoon, J. Lee, M. Lee, and J. Kim |
| 01-31-545 | How To Distribute GPS-Time Over COTS-Based LANs; U. Schmid, M. Horauer, and N. Keroe |
| 01-31-561 | A High Performance Multi-Channel Time-Interval Counter With an Integrated GPS Receiver; A. Novick, M. Lombardi, V. Zhang, and A. Carpentier |
| 01-31-569 | Evaluation of Mitrex Modem Transmit and Receive Delay Instability; M. Mascarello, P. Tavella, V. Pettiti, and F. Cordara |
| 01-32-007 | In the Beginning of GPS; R. Easton |
| 01-32-017 | Modernization of the Global Positioning System; M. Shaw, K. Sandhoo, and D. Turner |
| 01-32-031 | WAAS, EGNOS, and MSAS for TELECOM SYNC; H. Fruehauf |
| 01-32-045 | Modelization and Extrapolation of Time Deviation of USO and Atomic Clocks in GNSS-2 Context; J. Delporte, F. Vernotte, M. Brunet, and T. Tournier |
| 01-32-057 | Examining GPS Carrier-Phase Analyses to Evaluate the Accuracy of Frequency Transfer Using Data from NIST and PTB; L. Nelson and J. Levine |
| 01-32-067 | A Transatlantic GETT Time Transfer Experiment--Latest Results; R. Dach, T. Schildknecht, T. Springer, G. Dudle, and L. Prost |
| 01-32-079 | Evaluation and Preliminary Results of the New USNO PPS Tuning Receiver; M. Miranian, E. Powers, L. Schmidt, K. Senior, F. Vannicola, J. Brad, and J. White |
| 01-32-091 | Results From Time Transfer Experiments Based on GLONASS P-CODE Measurements From RINEX Files; F. Roosbeck, P. Defraigne, and C. Bruyninx |
| 01-32-097 | Recovering UTC (USNO,MC) with Increased Accuracy Using a Fixed, L1-CA Code, GPS Receiver; R. Giffard |
| 01-32-111 | Progress on a New GPS Common-View Receiver; M. Weiss |
| 01-32-117 | The Infusion of MCS Kalman Filter Data into GPS Block II/IIA Frequency Standard Analysis Techniques; G. Dieter, G. Hatten, and J. Taylor |
| 01-32-129 | The Development of Multi-channel GPS Receivers at the CSIR National Metrology Laboratory; E. Marais |
| 01-32-137 | One-Way GPS Time Transfer 2000; A. Gifford, S. Pace, and J. McNeff |
| 01-32-147 | Common-View and Melting-Pot GPS Time Transfer with the UT+; F. Meyer |
| 01-32-157 | GPS-Based Time Error Estimates Provided by Smoothing, Wiener, and Kalman Filters: A Comparative Study; Y. Schmailiy, A. Marienko, M. Torres-Cisneros, and O. Ibarra-Manzano |
| 01-32-171 | Clock Synchronization Using GPS/GLONASS Carrier Phase; K. Tu, H. Peng, C. Liao, and F. Chang |
| 01-32-181 | Time Links for the Construction of TAI; J. Azoubib and W. Lewandowski |
| 01-32-211 | Results of a Continuous Transatlantic Two-Way Time Transfer Test Using Commercial Satellite Modems; T. Celano, S. Francis, A. Gifford, B. Ramsey, and T. Erickson |
| 01-32-221 | TWSTFT Network Status in the Pacific Rim Region and Development of a New Time Transfer Modem for TWSTFT; M. Imae, M. Hosokawa, Y. Hanado, Z. Li, P. Fisk, Y. Nakadan, and C. Liao |
| 01-32-229 | Report on the 8th Meeting of the CCTF Working Group on Two-Way Satellite Time and Frequency Transfer; W. Lewandowski |
| 01-32-331 | Stabilized Reference Frequency Distribution for Radio Science with the Cassini Spacecraft and the Deep Space Network; M. Calhoun, R. Wang, A. Kirk, W. Diener, G. Dick, and R. Tjoelker |
| 01-32-341 | Multi-Purpose Time Analyzer and Monitor for Deep Space Network Time Synchronization; J. Gonzalez, M. Calhoun, S. Cole, and R. Tjoelker |
| 01-32-367 | Common Time Reference Technology for Systems Inter-Operability; R. Beard and J. White |
| 01-32-401 | Global Positioning System (GPS) Modernization; C. McGinn, S. Rajotte, and D. Latterman |
| 01-32-415 | Frequency Stability Requirements for Narrow Band Receivers; W. Klepczynski and P. Ward |
| 01-32-423 | The Nanokernel; D. Mills and P. Kamp |
| 01-32-431 | Using the Network Time Protocol (NTP) to Transmit International Atomic Time (TAI); J. Levine and D. Mills |
| 01-32-441 | New Issues in Telecommunications; E. Butterline |
| 01-32-445 | Primary Reference Clocks Using Indoor Antennas; D. Mitchell |
| 01-32-449 | The Time Link Between CSAO and CRL; L. Huanxin and W. Zhengming |
| 01-32-455 | Time and Frequency Activities at the CSIR National Metrology Laboratory; E. Marais |
| 01-33-055 | An Evaluation of Various Space Clocks for GPS IIF; V. Nuth, W. Feess, and C. Wu |
| 01-33-063 | Comparison of Continuously Filtered GPS Carrier-phase Time and Frequency Transfer with Independent Daily GPS Carrier-phase Solutions and with Two-Way Satellite Time Transfer; D. Matsakis, K. Senior, and P. Cook |
| 01-33-089 | Solar Flares and Precise Satellite Timekeeping; J. Camparo and S. Moss |
| 01-33-099 | Results from the National Physical Laboratory GPS Common- View Time and Frequency Transfer Service; J. Davis, S. Shemar, and J. Clarke |
| 01-33-111 | Time Distribution Capabilities of the Wide Area Aumentation System (WAAS); W. Klepczynski, P. Fenton, and E. Powers |
| 01-33-121 | Least-squares Analysis of Two-Way Satellite Time and Frequency Transfer Measurements; J. Davis, P. Harris, S. Shemar, and M. Cox |
| 01-33-133 | Two-Way Satellite Time Transfer to a Moving Platform; E. Powers, J. Romberg, R. Griffin, A. McKinley, D. Diener, H. Klotz, and D. Wolters |
| 01-33-149 | Common-View Time Transfer Using the Two-Channel Fast- sequencing GPS Receiver K+K GPS6-2K; P. Hetzel, T. Polewka, and W. Klische |
| 01-33-157 | Common-View Time Transfer with Commercial GPS Receivers and NIST/NBS-type Receivers; M. Weiss and J. Jensen |
| 01-33-163 | Phase Radio meteor Equipment for Time and Frequency Standards Comparison; S. Kundjukov, V. Bavykiha, Y. Koval, and S. Trambovetskiy |
| 01-33-175 | Results of Radio Meteor Comparison of Scales of the Russian UTC (SU) and Ukrainian UTC (UA) Time Standards; V. Bavikina, Y. Koval, and A. Tkachuk |
| 01-33-183 | Research on Parameters of Time Scales Formed by Receivers of Signals of the Satellite Radionavigational System GPS; S. Trambovetskiy, J. Koval, V. Bavykina, and A. Tkachuk |
| 01-33-185 | Passive Meteoric Synchronization of Time Scales; I. Antipov, V. Bavykina, Y. Koval, and G. Nesterenko |
| 01-33-191 | Robust GPS-Based Synchronization of CDMA Mobile Networks; D. Schneuwly |
| 01-33-199 | Accuracy and Precision of GPS Carrier-phase Clock Estimates; K. Senior and J. Ray |
| 01-33-221 | GPS Carrier-phase Frequency Transfer on the NIMA Monitor Station Network; B. Tolman and D. Munton |
| 01-33-223 | Monitoring the Remote Primary Clock by Using GPS Carrier Phase; S. Chen, H. Peng, and C. Liao |
| 01-33-241 | Pseudorange Systematic Errors: Adverse Effects on Carrier- phase Time Transfer; J. Plumb, K. Larson, and A. Bilich |
| 01-33-255 | A Set of Scalable Master Clock Systems Based on Commercial Off-the-shelf (COTS) Products; G. Shaton |
| 01-33-265 | Development of Timing Architecture for a Secure Global Communications Network; G. Shaton |
| 01-33-279 | A New Class of Precision UTC and Frequency Reference Using IS-95 CDMA Base Station Transmissions; B. Penrod |
| 01-33-293 | Report on the Time and Frequency Activities of the Time Service Department of the U.S. Naval Observatory; D. Matsakis |
| 01-33-305 | Time Activities in Argentina; C. Mondinalli, J. Osorio, J. Amenna, C. Esperon, J. Soria and C. Kurtz |
| 01-33-321 | Update on Time and Frequncy Activities at PTB; P. Hetzel and A. Bauch |
| 01-33-329 | Project Galileo, An Overview; S. Leschiutta and P. Tavella |
| 01-33-341 | Use of Geodetic Receivers for TAI; P. Defraigne, G. Petit, and C. Bruyninx |
| 01-33-349 | Simultaneous Absolute Calibration of Three Geodetic- quality Timing Receivers; J. Plumb, J. White, E. Powers, K. Larson, and R. Beard |
| 01-33-359 | Fast "Direct-P(Y)" GPS Signal Acquisition Using a Special Portable Clock; H. Fruehauf |
| 01-33-371 | A System to Compare and Evaluate the Quality of Precise Frequency and Timing Systems; W. Lange |
| 01-33-385 | Clock Requirements and Trade-off for Satellite-Based Navigation Systems; E. Detoma, A. Godone, F. Levi, and P. Tavella |
| 01-33-417 | GPS-Based Adaptive Estimating of Time Errors for Clock Synchronization with a FIR Filter; Y. Shmaliy, A. Marienko, O. Ibarra-Manzano, R. Rojas-Laguna, and J. Fernandez-Cortes |
| 01-33-455 | Studies of an Optimally Unbiased MA Filter Intended for GPS-Based Timekeeping; Y. Shmaliy, O. Ibarra-Manzano, R. Rojas-Laguna, and R. Vazguez-Bautista |
| 01-33-481 | Management of Phase and Frequency for GPS IIR Satellites; M. Epstein and T. Dass |
| 01-33-493 | Observable Relativistic Frequency Steps Induced by GPS Orbit Changes; M. Epstein, E. Stoll, and J. Fine |
| 01-34-007 | Satellite Time Transfer Past and Present; J. Oaks and J. Buisson |
| 01-34-019 | TAI Time Links with Geodetic Receivers: A Progress Report; G. Petit, Z. Jiang, and P. Moussay |
| 01-34-029 | Analysis of One Year of Zero-baseline GPS Common-View Time Transfer and Direct Measurement Using Two Co-located Clocks; G. de Jong and E. Kroon |
| 01-34-039 | Comparison of the One-Way and Common-View GPS Measurement Techniques Using a Known Frequency Offset; M. Lombardi and A. Novick |
| 01-34-053 | Combining Time Transfer Measurements Using a Kalman Filter; J. Davis, P. Stacey, P. Harris, and M. Cox |
| 01-34-069 | One-Way GPS Time Transfer: 2002 Performance; S. Hutsell S. Hutsell, M. Forsyth, and C. McFarland |
| 01-34-089 | Enhancements to the GPS Block IIR Timekeeping System; J. Petzinger, R. Reith, and T. Dass |
| 01-34-109 | Critical Evaluation of the Motorola M12+ GPS Timing Receiver vs. the Master Clock at the U.S. Naval Observatory, Washington, DC; R. Hambly and T. Clark |
| 01-34-127 | The Experimental Precise Timing Station (E-PTS) for the Galileo System Test Bed (Phase V1): Architectural Design and Experimental Goals; E. Detoma, S. Facioni, M. Gotta, G. Graglia, F. Cordara, L. Lorini, V. Pettiti, P. Tavella, and J. Hahn |
| 01-34-139 | CPT Maser Clock Evaluation for Galileo; F. Levi, A. Godone, S. Micalizio, C. Calosso, E. Detoma, P. Morsaniga, and R. Zanello |
| 01-34-151 | The Global Navigation Satellite System GLONASS: Development and Usage in the 21st Century; G. Polischuk, V. Kozlov, V. Ilitchov, A. Kozlov, V. Bartenev, V. Kossenko, N. Anphimov, S. Revnivykh, S. Pisarev, A. Tyulyakov, B. Shebshaevitch, A. Basevitch, and Y. Vorokhovsky |
| 01-34-161 | The Development of a Passive Hydrogen Maser Clock for the Galileo Navigation System; L. Mattioni, M. Belloni, P. Berthoud, I. Pavlenko, H. Schweda, Q. Wang, P. Rochat, F. Droz, P. Mosset, and H. Ruedin |
| 01-34-171 | The Creation of Differential Correction Systems and the Systems of Global Navigation Satellite System Monitoring; G. Polishchuk, V. Kozlov, Y. Urlichich, V. Dvorkin, and V. Gvozdev |
| 01-34-175 | GPS Clocks in Space: Current Performance and Plans for the Future; T. Dass, G. Freed, J. Petzinger, J. Rajan, T.Lynch, and J. Vaccaro |
| 01-34-201 | Timekeeping and Time Dissemination in a Distributed Space-Based Clock Ensemble; S. Francis, B. Ramsey, S. Stein, J. Leitner, M. Moreau, R. Burns, R. Nelson, T. Bartholomew, and A. Gifford |
| 01-34-215 | Panel Discussion: The Future of Clock Technology for Space; J. White, R. Beard, M. Bloch, J. Bolger, M. Garvey, P. Rochat, and S. Leschiutta |
| 01-34-243 | IEEE-1588™ Standard for a Precision Clock Synchronization Protocol for Networked Measurement and Control Systems; J. Eidson, M. Fischer, and J. White |
| 01-34-255 | Time of Day Management for Satellite Communications; R. Evans and J. White |
| 01-34-263 | PsynUTC -- Evaluation of a High-Precision Time Synchronization Prototype System for Ethernet LANs; M. Horauer, K. Schossmaier, U. Schmid, R. Hoeller, and N. Keroe |
| 01-34-279 | Distribution of Time Services Over Networks in a Multi- Network Environment; G. Shaton |
| 01-34-309 | Stability and Error Analysis for Absolutely Calibrated Geodetic GPS Receivers; J. Plumb, K. Larson, J. White, E. Powers, and R. Beard |
| 01-34-325 | Limitation of GPS Receiver Calibrations; G. Landis and J. White |
| 01-34-353 | Two-Way Time Transfer to Airborne Platforms Using Commercial Satellite Modems; T. Celano, J. Warriner, S. Francis, A. Gifford, P. Howe, and R. Beckman |
| 01-34-367 | Analysis of One Year of GPS and Two-Way Time Transfer Results between PTB, NPL, and VSL; G. de Jong and E. Kroon |
| 01-34-381 | Investigation of Instabilities in Two-Way Time Transfer; T. Parker, V. Zhang, A. McKinley, L. Nelson, J. Rhode, and D. Matsakis |
| 01-34-391 | Evaluation and Improvements of the Calibration of a TWSTFT Station Using SATSIM; G. de Jong and R. van Bemmelen |
| 01-34-405 | Systematic Effects in GPS and WAAS Time Transfers; W. Klepczynski |
| 01-34-413 | Uncertainties of Time Links Used for TAI; J. Azoubib and W. Lewandowski |
| 01-34-425 | Time and Frequency Activities at the National Physical Laboratory; J. Davis, P. Whibberley, R. Hlavac, P. Stacey, D. Henderson, K. Szymaniec, W. Chalupczak, and J. Laverty |
| 01-34-431 | Current Activities of the National Standard Time and Frequency Laboratory of the Telecommunication Laboratories, CHT Telecom Co., Ltd., Taiwan; C. Liao, P. Chang, and S. Chen |
| 01-34-437 | Time and Frequency Activities at the U.S. Naval Observatory; D. Matsakis |
| 01-34-457 | Recent Time and Frequency Activities at PTB; D. Piester, P. Hetzel, and A. Bauch |
| 01-34-467 | Recent Activities in the Field of Time and Frequency in Poland; J. Nawrocki |
| 01-35-005 | Presentation of the Distinguished PTTI Service Award to S. Clark Wardrip; J. White |
| 01-35-011 | The APL Time and Frequency Lab; R. Dragonette, M. Miranian, and M. Reinhart |
| 01-35-017 | Time and Frequency Activities at the CSIR National Metrology Laboratory; E. Marais and B. Theron |
| 01-35-039 | The National Time and Frequency Service of the Russian Federation; V. Krutikov, V. Kostromin, and N. Koshelyaevsky |
| 01-35-051 | Initial Testing of a New GPS Receiver, the PolaRx2, for Time and Frequency Transfer Using Dual-frequency Codes and Carrier Phases; P. Defraigne, C. Bruyninx, and F. Roosbeek |
| 01-35-059 | An Update on PTB's Activities in Time and Frequency; D. Piester, A. Bauch, J. Becker, and T. Polewka |
| 01-35-071 | The First Two-Way Time Transfer Link between Asia and Europe; H. Lin, W. Tseng, S. Lin, H. Peng, C. Liao, G. de Jong, E. Kroon, and M. J. Brakel |
| 01-35-081 | Common-View LORAN-C as a Backup to GPS for Precise Time Recovery; T. Celano, K. Carroll, C. Biggs, and M. Lombardi |
| 01-35-093 | Time Transfer between USNO and PTB: Operation and Calibration Results; D. Piester, A. Bauch, J. Becker, T. Polewka, A. McKinley, and D. Matsakis |
| 01-35-103 | MCS Zero Age of Data Measurement Techniques; G. Dieter, G. Hatten, and J. Taylor |
| 01-35-135 | Uncertainty Estimation on GPS Time Transfer; M. Addouche, F. Meyer, and F. Vernotte |
| 01-35-153 | Extending the Tracking Schedule of a Single-channel GPS Time Receiver; J. Palacio, F. Galindo, and J. Lima |
| 01-35-157 | Real-time Time and Frequency Transfer Using GPS Carrier Phase Observations; C. Rieck, P. Jarlemark, K. Jaldehag, and J. Johansson |
| 01-35-185 | Time Dissemination and Common View Time Transfer with Galileo: How Accurate Will It Be?; J. Furthner, A. Moudrak, A. Konovaltsev, J. Hammesfahr, and H. Denks |
| 01-35-199 | Comparing Code Data from Carrier Phase GPS Receivers to Other Time Transfer Methods at the U.S. Naval Observatory; H. Chadsey |
| 01-35-237 | MTIE and TDEV Analysis of Unevenly Spaced Time Series Data and Its Application to Telecommunications Synchronization Measurements; M. Li, H. Peng, and C. Liao |
| 01-35-327 | ITU-R Special Rapporteur Group on the Future of the UTC Time Scale; R. Beard |
| 01-35-371 | Master Clock and Time Distribution System for the NASA Deep Space Network; J. Lauf, M. Calhoun, P. Kuhnle, R. Sydnor, and R. Tjoelker |
| 01-35-409 | Distributed Coherent RF Operations; J. Kosinski |
| 01-35-419 | Fleet Use of Precise Time; T. Myers |
| 01-35-497 | Working Group A: The Future of UTC; J. Levine, S. Stein, and T. Celano |
| 01-35-505 | Working Group C: Calibration Issues; J. Oaks and E. Detoma |
| 01-36-005 | Coping with Overload on the Network Time Protocol Public Servers D. Mills, J. Levine, R. Schmidt, and D. Plonka |
| 01-36-017 | Time and Frequency Synchronization (T&F Sync) Common and Standardized Architecture for DOD Shore Communication Stations; I. Stevens, S. Dinh, K. Church, R. Castello, R. Beard, and J. White |
| 01-36-031 | Stability of Geodetic GPS Time Links and Their Comparison to Two-Way Time Transfer; G. Petit and Z. Jiang |
| 01-36-041 | Averaging Satellite Timing Data for National and International Time Coordination; J. Levine |
| 01-36-053 | Quantum Positioning System; T. Bahder |
| 01-36-077 | Adding Water Vapor Radiometer Data to GPS Carrier-Phase Time Transfer; C Hackman and J. Levine |
| 01-36-099 | Latest Calibration of GLONASS P-Code Time Receivers; A. Foks, J. Nawrocki, and W. Lewandowski |
| 01-36-105 | Experimental Galileo System Time (E-GST): One Year of Real-Time Experiment; F. Cordara, R. Costa, L. Lorini, D. Orgiazzi, V. Pettiti, I. Sesia, P. Tavella, P. Elia, M. Mascarello, M. Falcone, and J. Hahn |
| 01-36-123 | Reflections on Ten Years of Network Time Service; R. Schmidt |
| 01-36-139 | The Accuracy of Two-Way Satellite Time Transfer Calibrations; L. Breakiron, A. Smith, B. Fonville, E. Powers, and D. Matsakis |
| 01-36-149 | Development of Carrier-Phase-Based Two-Way Satellite Time and Frequency Transfer (TWSTFT); B. Fonville, D. Matsakis, A. Pawlitzki, and W. Schaefer |
| 01-36-179 | Time and Frequency Activities at the Physikalisch-Technische Bundesanstalt; D. Piester, A. Bauch, J. Becker, and T. Polewka |
| 01-36-191 | Lithuanian National Time and Frequency Standard; R. Miskinis |
| 01-36-195 | Overview of Research Activities on Time and Frequency at the National Institute of Information and Communications Technology; M. Hosokawa, Y. Takahashi, S. Hama, H. Toriyama, and T. Morikawa |
| 01-36-215 | Time and Frequency Activities at the U.S. Naval Observatory; D. Matsakis |
| 01-36-229 | Improved Operations at the APL Time and Frequency Laboratory; R. Dragonette, M. Miranian, and M. Reinhart |
| 01-36-237 | Setting Up an NTP Server at the Royal Observatory of Belgium; F. Roosbeek, P. Defraigne, and A. Somerhausen |
| 01-36-247 | First Evaluation and Experimental Results on the Determination of Uncertainties in [UTC - UTC (k)]; W. Lewandowski, D. Matsakis, G. Panfilo, and P. Tavella |
| 01-36-263 | Leveraging the Air Force Enterprise Approach to Time Synchronization: A Proposal; G. Bell and J. Scarano |
| 01-36-279 | Timing Aspects of GPS-Galileo Interoperability: Challenges and Solutions; A. Moudrak, A. Konovaltsev, J. Furthner, J. Hammesfahr, A. Bauch, P. Defraigne, and S. Bedrich |
| 01-36-293 | Design of the Precise Time Facility for Galileo; S. Bedrick, A. Bauch, A. Moudrak, and W. Schaefer |
| 01-36-307 | Accounting for Timing Biases between GPS, Modernized GPS, and Galileo Signals; C. Hegarty, E. Powers, and B. Fonville |
| 01-36-319 | Panel Discussion on GNSS Interoperability; E. Detoma, R. Beard, H. Fruehauf, J. Hammesfahr, C. Hegarty, N. Koshelyaevsky, W. Klepczynski, W. Lewandowski, D. McCarthy, and T. Powell |
| 01-36-431 | Comparative Analysis of GPS Clock Performance Using Both Code-Phase and Carrier-Derived Pseudorange Observations; J. Oaks, M. Largay, W. Reid, and J. Buisson |
| 01-37-019 | GPS Block IIR Clocks in Space: Current Performance and Plans for the Future; J. Phelan, T. Dass, G. Freed, J. Rajan, J. D'Agostino, and M. Epstein |
| 01-37-033 | Implementation of the GPS to Galileo Time Offset (GGTO); J. Hahn and E. Powers |
| 01-37-213 | METAS Time and Frequency Metrology Report; L. Bernier, G. Dudle, and C. Schlunegger |
| 01-37-217 | Time and Frequency Activities at the U.S. Naval Observatory; D. Matsakis |
| 01-37-225 | Update of Research Activities on Time and Frequency at the National Institute of Information and Communications Technology (NICT); S. Hama, M. Hosokawa; Y. Takahashi, H. Toriyama, and T. Morikawa |
| 01-37-231 | Time and Frequency Activities at the National Measurement Institute, Australia; R. Warrington, P. Fisk, M. Wouters, M. Lawn, J. Thorn, S. Quigg, A. Gajaweera, and S. Park |
| 01-37-235 | GPS Activities at the National Measurement Institute, Australia; R. Warrington, P. Fisk, M. Lawn, M. Wouters, A. Gajaweera, S. Quigg, and J. Thorn |
| 01-37-247 | Recent Time and Frequency Transfer Activities at the Observatoire de Paris; J. Achkar, P. Uhrich, P. Merck, and D. Valat |
| 01-37-254 | The Establishment of a Brazilian Atomic Time Scale; R. de Carvalho |
| 01-37-312 | BIPM Comparison of Time Transfer Techniques; F. Arias, Z. Jiang, W. Lewandowski, and G. Petit |
| 01-37-316 | Two-Way Satellite Time Transfer Between USNO and PTB; D. Piester, A. Bauch, J. Becker, T. Polewka, A. McKinley, L. Breakiron, A. Smith, B. Fonville, and D. Matsakis |
| 01-37-324 | A Comparison of GPS Common-View Time Transfer to All-in-View; M. Weiss, G. Petit, and Z. Jiang |
| 01-37-329 | Precise Continuous Time and Frequency Transfer Using GPS Carrier Phase; R. Dach, U. Hugentobler, T. Schildknecht, L. Bernier, and G. Dudle |
| 01-37-337 | Experimental Assessment of the Time Transfer Capability of Precise Point Positioning (PPP); D. Orgiazzi, P. Tavella, and F. Lahaye |
| 01-37-346 | Redundancy and Correlations in TAI Time Links; G. Petit and Z. Jiang |
| 01-37-404 | Clock Management Data Analysis for Satellite Communications; R. Gross and R. Melkers |
| 01-37-636 | Remote Frequency Measurement of TV 5 Rubidium; D. Boehm and R. Gross |
| 01-37-652 | Frequency Characterization of A/D Converter in Software GPS Receivers; L. Liou, D. Lin, J. Tsui, J. Schamus, and J. Morton |
| 01-37-660 | Determining GEO-Stationary Satellite Position Using TWSTFT Links; S. Hongwei, L. Zhigang, L. Huanxin, and L. Yuli |
| 01-37-665 | Impact of Satellite Motion on the Asia-Pacific TWSTFT Links; S. Hongwei, L. Zhigang, and L. Huanxin |
| 01-37-668 | A Numerical Comparison of Unbiased FIR and Kalman Filters in Applications to GPS-Based Timekeeping; Y. Shmaliy, O. Ibarra-Manzano, and L. Arceo-Miquel |
| 01-37-672 | A Comparative Study of GPS P3 and GPS L3; G. Li, B. Li, and S. Dong |
| 01-37-677 | Characterizing the Performance of GPS Disciplined Oscillators with Respect to UTC(NIST); M. Lombardi, A. Novick, and V. Zhang |
| 01-37-685 | Study on GPS Common-View Observation Data with Multiscale Kalman Filter Based on Correlation Structure of the Discrete Wavelet Coefficients; X. Ou, W. Zhou, and J. Yu |
| 01-37-691 | The Inter-American Metrology System (SIM) Common-View GPS Comparison Network; M. Lombardi, A. Novick, J. Lopez, J. Boulanger, and R. Pelletier |
| 01-37-699 | Recent Improvements in GPS Carrier Phase Frequency Transfer; J. Delporte and F. Mercier |
| 01-37-707 | Improvement GPS Time Link in Asia with All in View; T. Gotoh |
| 01-37-712 | The Calibration Device for TWSTFT Station at TL; H. Lin, W. Tseng, S. Lin, and C. Liao |
| 01-37-716 | Time Comparisons by GPS C/A, GPS P3, GPS L3 and TWSTFT at KRISS; S. Yang, C. Lee, Y. Lee, J. Han, and Y. Heo |
| 01-37-721 | First Evaluation of a Rapid Time Transfer within the IGS Global Real-Time Network; D. Orgiazzi, P. Tavella, G. Cerretto, P. Collins, and F. Lehaye |
| 01-37-728 | Recent Progress in GLONASS Time Transfer; W. Lewandowski, A. Foks, Z. Jiang, J. Nawrocki, and P. Nogas |
| 01-37-735 | German Timing Expertise to Support Galileo; J. Hammesfahr, A. Moudrak, and S. Bedrich |
| 01-37-742 | Testing the Capabilities of GPS Receivers for Time Transfer; P. Defraigne and C. Bruyninx |
| 01-37-745 | Sources of Instabilities in Two-Way Satellite Time Transfer; T. Parker and V. Zhang |
| 01-37-816 | Enhanced or eLoran for Time and Frequency Applications; G. Roth, P. Schick, J. Jacoby, C. Schweitzer, D. Gervasi, and E. Wiley |
| 01-37-824 | Modernized LORAN-C Timing Test Bad - Status and Results; T. Celano, C. Biggs, B. Peterson, and K. Shmihluk |
| 01-37-830 | Clocks and Timing in the NASA Deep Space Network; J. Lauf, M. Calhoun, W. Diener, J. Gonzales, A. Kirk, P. Kuhnle, B. Tucker, C. Kirby, and R. Tjoelker |
| 01-37-836 | Performance Analysis and Simulation of JTIDS Network Time Synchronization; N. Wu, H. Wang, and J. Kuang |
| 01-37-840 | NGA GPS Monitor Station High-Performance Cesium Frequency Standard Stability: From NGA Kalman Filter Clock Estimates; D Manning |
| 01-37-908 | Time and Frequency Transfer in an Asynchronous TCP/IP Over SDH-Network Utilizing Passive Listening; R. Emardson, P. Hedekvist, M. Nilsson, S. Ebenhag, K. Jaldehag, P. Jarlemark, J. Johansson, L. Pendrill, C. Rieck, P. Loethberg, and H. Nilsson |
| 01-37-914 | Time and Frequency Transfer and Dissemination Methods Using Optical Fiber Network; M. Amemiya, M. Imae, Y. Fujii, T. Suzuyama, and S. Ohshima |
| 01-37-919 | A High Performance Frequency Standard and Distribution System for Cassini Ka-Band Experiment; R. Wang, M. Calhoun, A. Kirk, W. Diener, G. Dick, and R. Tjoelker |
| 01-37-925 | High Performance Frequency Dissemination for Metrology Applications with Optical Fibers; G. Santarelli, F. Narbonneau, M. Lours, D. Chambon, S. Bize, A. Clairon, C. Daussy, O. Lopez, A. Amy-Klein, C. Chardonnet, and M. Tobar |
| 01-38-049 | GPS/GALILEO Interoperability: GGTO, Timing Biases, and GIOVE-A Experience; R. Piriz, M. Cueto, V. Fernandez, GMV S.A., Spain; P. Tavella, I. Sesia, G. Cerretto, Istituto Nazionale di Ricerca Metrologica (INRiM), Italy; and J. Hahn, ESA/ESTEC, The Netherlands |
| 01-38-153 | Ground Experiments of Remote Synchronization for Onboard Crystal Oscillator of Quasi-Zenith Satellites -- Use of Multiple Positioning Signals for Feedback Conntrol; T. Iwata, M. Imae, T. Suzuyama, Y. Kawasaki, National Institute of Advanced Industrial Science and Technology (AIST), Japan; N. Takasaki, K. Kokubu, A. Iwasaki, University of Tokyo, Japan; S. Fukushima, Y. Hashibe, Space Engineering Development Co., Japan; F. Tappero, and A. Dempster, University of New South Wales, Australia |
| 01-38-293 | Stabilized Photonic Links for Frequency and Time Transfer in Antenna Arrays; S. Huang and R. Tjoelker, California Institute of Technology |
| 01-38-305 | Relativistic Transformations for Time Synchronization and Dissemination in the Solar System; R. Nelson, Satellite Engineering Research Corporation, and T. Ely, California Institute of Technology |
| 01-38-319 | Time Dissemination Alternatives for Future NASA Applications; A. Gifford, NASA Headquarters; R. Nelson, Satellite Engineering Research Corporation; R. Orr, SATEL LLC; A. Oriai, B. Brodsky, Overlook Systems Technologies; J. Miller, and Barbara Adde, NASA Headquarters |
| 01-38-329 | T2L2 on Jason-2: First Evaluation of the Flying Model; P. Guillemot, I. Petitbon, CNES French Space Agency; E. Samain, P. Vrancken, J. Weick, D. Albanese, F. Para, and J. Torre, Observatoire de la Cote d'Azur, France |
| 01-38-337 | Comparison of Precise Time Transfer with Usage of Multi-Channel GPS CV Receivers and Optical Fibers Over Distances of About 3 Kilometers; A. Czubla, J. Konopka, M. Gornik, Central Office of Measures (GUM), Poland; W. Adamowicz, J. Strus, T. Pawszak, J. Romsicki, Polish Telecom (TP S.A.); M. Lipinski, P. Krehlik, L. Sliwczynski, and A. Wolczko, AGH University of Science and Technology (AGH), Poland |
| 01-38-347 | Unbiased FIR Estimates vs. the Sawtooth-Corrected GPS-Based Measurement: Experimental Evaluation; Y. Shmaliy, L. Arceo-Miquel, J. Munoz-Diaz, and O. Ibarra-Manzano, Guanajuato University, Mexico |
| 01-38-395 | Galileo System Time Physical Generation; X. Stehlin, Q. Wang, F. Jeanneret, P. Rochat, Temex Time, Switzerland; and E. Detoma, SEPA S.p.A., Italy |
| 01-38-407 | Galileo IOV System Initialization and LCVTT Technique Exploitation; M. Gotta, F. Gottifredi, S. Piazza, D. Cretoni, Alcatel Alenia Space Italia S.p.A.; and E. Detoma, SEPA S.p.A |
| 01-38-427 | Time Coordination throughout the Americas via the SIM Common-View GPS Network; M. Lombardi, A. Novick, National Institute of Standards and Technology; J. Mauricio Lopez R., Centro Nacional de Metrologa (CENAM), Mexico; J. Boulanger, R. Pelletier, National Research Council (NRC), Canada; and C. Donado M., Centro Nacional de Metrologa de Panam (CENAMEP), Panama |
| 01-38-439 | GPS Signal Integrity Dependencies on Atomic Clocks; M. Weiss, National Institute of Standards and Technology; P. Shome, Federal Aviation Administration; and R. Beard, U.S. Naval Research Laboratory |
| 01-38-449 | Effects of the Rooftop Environment on GPS Time Transfer; M. Lombardi and A. Novick, National Institute of Standards and Technology |
| 01-38-467 | Estimating the Receiver Delay for Ionosphere-Free Code (P3) GPS Time Transfer; V. Zhang, National Institute of Standards and Technology |
| 01-38-473 | Real-Time Two-Way Time Transfer to Aircraft; J. Warriner, Symmetricom; Capt. R. Beckman, U.S. Air Force; T. Celano, Symmetricom; M. Miller, and P. Howe, U.S. Air Force Research Laboratory |
| 01-38-485 | Long-Term Comparison of GPS Carrier-Phase Frequency Transfer and Two-Way Satellite Time/Frequency Transfer; C. Hackman, University of Colorado; J. Levine, National Institute of Standards and Technology and University of Colorado; and T. Parker, National Institute of Standards and Technology |
| 01-38-499 | Long-Baseline TWSTFT Between Asia and Europe; M. Fujieda, T. Gotoh, M. Aida, J. Amagai, H. Maeno, National Institute of Information and Communications Technology, Japan; D. Piester, A. Bauch, Physikalisch-Technische Bundesanstalt, Germany; Institute of Standards and Science |
| 01-39-005 | Technical Status of the Galileo System Development; J. Hahn |
| 01-39-019 | About COMPASS Time and its Coordination with Other GNSSs; S. Dong, X. Li, and H. Wu |
| 01-39-025 | Critical Points and Technical Approach in the E-OSPF Time Synchronization and Prediction Activities; M. Lainez Samper, P. Navarro Madrid, and M. Romay Merino |
| 01-39-095 | GIOVE-A Apparent Clock Assessment and Results; J. Hahn, F. Gonzalez, P. Waller, D. Navarro-Reyes, R. Piriz, A. Mozo, V. Fernandez, M. Cueto, P. Tavella, and I. Sesia |
| 01-39-195 | Combination of GPS PPP and Two-Way Time Transfers for TAI Computation; Z. Jiang and G. Petit |
| 01-39-203 | Standard Time and Frequency Dissemination via Egyptian Digital Satellite; J. Lowe, J. Heidecker, M. Swidan, A. Hisham, and S. Samuel |
| 01-39-211 | Studies on Instabilities in Long-Baseline Two-Way Satellite Time and Frequency Transfer (TWSTFT) Including a Troposphere Delay Model; D. Piester, A. Bauch, M. Fujieda, T. Gotoh, M. Aida, H. Maeno, M. Hosokawa, and S. Yang |
| 01-39-323 | Absolute Calibration of Time Receivers with DLRs GPS/Galileo HW Simulator; S. Thoelert, U. Grunert, H. Denks, and J. Furthner |
| 01-39-331 | Evaluation of Carrier-Phase GNSS Timing Receivers for UTC/TAI Applications; B. Fonville, E. Powers, A. Kropp, and F. Vannicola |
| 01-39-339 | Experiments in Precision Common Time for Mobile Platforms; J. Lundberg and J. Cunningham |
| 01-39-351 | Evaluation of GPS Block IIR Time Keeping System for Integrity Monitoring; A. Wu |
| 01-39-403 | GNSS Clock Performance Analysis Using One-Way Carrier Phase and Network Methods; F. Gonzalez and P. Waller |
| 01-39-427 | Long-Term Stability of Remote Clock Comparisons with IGS Clock Products; V. Zhang, T. Parker, and M. Weiss |
| 01-39-439 | Time Transfer with the Galileo Precise Timing Facility; R. Zanello, A. Busso, and E. Detoma |
| 01-39-449 | Time Transfer Experiment by TCE on the ETS-VIII Satellite; F. Nakagawa, Y. Takahashi, J. Amagai, R. Tabuchi, S. Hama, and M. Hosokawa |
| 01-39-477 | Time Transfer Using an Asynchronous Computer Network Results from a 500-Km Baseline Experiment; E. Ebenhag, K. Jaldehag, P. Jarlemark, P. Hedekvist, R. Emardson, and Peter Loethberg |
| 01-39-489 | Galileo Timing Applications; M. Blanchi, R. Zanello, C. Cantelmo, and S. Scarda |
| 01-39-511 | Improving Geostationary Satellite GPS Positioning Error Using Dynamic Two-Way Time Transfer Measurements; B. Dainty, J. Raquet, and R. Beckman |
| 01-39-541 | Analysis of Delay Fluctuations in Two-Way Time Transfer Earth Stations; W. Tseng, H. Lin, P. Chang, S. Lin, and K. Feng |
| 01-40-003 | Coherent Frequency Reference Generation in the NASA Deep Space Network; B. Tucker, J. Lauf, J. Gonzalez, R. Hamell, W. Diener, and R. L. Tjoelker |
| 01-40-095 | Time Transfer by Laser Link -- T2L2: An Opportunity to Calibrate RF Links; P. Guillemot, E. Samain, P. Vrancken, P. Exertier, and S. Leon |
| 01-40-107 | Phase Transfer for Radio Astronomy Interferometers, over Installed Fiber Networks, Using a Round-Trip Correction System; R. McCool, M. Bentley, S. Garrington, R. Spencer, R. Davis, and B. Anderson |
| 01-40-117 | Evaluation of Output Phase Stability in a Fiber-Optic Two-Way Frequency Distribution on System; S. Ebenhag, P. Hedekvist, C. Rieck, H. Skoogh, P. Jarlemark, and K. Jaldehag |
| 01-40-125 | Development of Frequency Transfer via Optical Fiber Link at NICT; M. Kumagai, M. Fujieda, T. Gotoh, and M. Hosokawa |
| 01-40-165 | Studying Network Timing with Precision Packet Delay Measurements; L. Cosart |
| 01-40-187 | Next Steps in Network Time Synchronization for Navy Shipboard Applications; K. O'Donoghue, M. Glass, and T. Plunkett |
| 01-40-315 | GPS Changes before and after Implementation of the Architecture Evolution Plan; M. Weiss and A. Masarie |
| 01-40-349 | GPS Receiver Performance Test at ROA; H. Esteban, J. Palacio, F. Galindo, and J. Garate |
| 01-40-375 | Remote Synchronization Experiments for Future Quasi-Zenith Satellite System Using Current Geostationary Satellites; T. Iwata, T. Suzuyama, M. Imae, Y. Hashibe, and M. Fukui |
| 01-40-387 | Influence of Ionosphere Perturbation in GPS Time and Frequency Transfer; S. Pireaux, P. Defraigne, N. Bergeot, Q. Baire, and C. Bruyninx |
| 01-40-403 | GPS Carrier-Phase Time and Frequency Transfer with Different Versions of Precise Point Positioning Software; T. Feldmann, D. Piester, A. Bauch, and T. Gotoh |
| 01-40-415 | Advances in Time and Frequency Transfer from Dual-Frequency GPS Pseudorange and Carrier-Phase Observations; F. Lahaye, P. Collins, G. Cerretto, and P. Tavella |
| 01-40-433 | Remote Frequency Calibration Using GPS Carrier-Phase Observation Measurement at TL; P. Chang, S. Lin, and C. Liao |
| 01-40-441 | Statistical Constraints on Station Clock Parameters in the NRCan PPP Estimation Process; G. Cerretto, P. Tavella, and F. Lahaye, |
| 01-40-459 | Two-Way Time Transfer with Dual Pseudo-random Noise Codes; T. Gotoh and J. Amagai |
| 01-40-467 | Calibration of TWSTFT Links through the Triangle Closure Condition; Z. Jiang, W. Lewandowski, and D. Piester |
| 01-40-507 | PTTI Capabilities of the Modernized LORAN System; K. Montgomery, and M. Lombardi |
| 01-40-527 | Locking a Rubidium Oscillator to a Remote Time Scale Using Real-Time Common-View GPS Measurement; M. Lombardi and A. Dahlen |
| 01-40-543 | Calibration of the BEV GPS Receiver by Using TWSTFT; A. Niessner, W. Mache, B. Blanzano, O. Koudelka, J. Becker, D. Piester, Z. Jiang, and F. Arias |
| 01-40-565 | Time Transfer from Combined Analysis of GPS and TWSTFT Data; P. Defraigne, M. Carmen Martinez, and Z. Jiang |
| 01-40-577 | Calibrating GPS with TWSTFT for Accurate Time Transfer; Z. Jiang and A. Niessner |
| 01-40-587 | Two-Way Satellite Time and Frequency (TWSTFT) Calibration Constancy from Closure Sums; D. Matsakis, L. Breakiron, A. Bauch, D. Piester, and Z. Jiang |
| 01-40-000 | Hardware Experiments of RESSOX with Ground Station Equipment; M. Fukui, A. Iwasaki, T. Iwata, and T. Matsuzawa (not in Proceedings) |
| 01-41-005 | Use of GLONASS at the BIPM; W. Lewandowski and Z. Jiang |
| 01-41-015 | EGNOS Network Time and Its Relationships to UTC and GPS Time; J. Delporte, N. Suard, D. Sidorov, and P. Uhrich |
| 01-41-045 | Study of Frequency Transfer via Optical Fiber in the Microwave Domain; M. Amemiya, M. Imae, Y. Fujii, T. Suzuyama, K. Watabe, T. Ikegami, and H. Tsuchida |
| 01-41-057 | Fiber-based Frequency Distribution Based on Long-haul Communication Lasers; S. Ebenhag, P. Hedekvist, and K. Jaldehag |
| 01-41-067 | Time Transfer by Laser link - T2L2: Results of the First Year of Operation; P. Guillemot, P. Exertier, E. Samain, F. Pierron, J. Torre, and S. Leon |
| 01-41-081 | High-Performance RF Optical Links; S. Crane, C. Ekstrom, P. Koppang, and W. Walls |
| 01-41-101 | Limits on GPS Carrier-phase Time Transfer; M. Weiss |
| 01-41-111 | Implementation and Comparison of Time and Frequency Transfer Methods by GPS Carrier Phase; K. Liang and A. Zhang |
| 01-41-319 | Clock Comparison Using Digital Television Signals; D. Boehm, J. White, S. Mitchell, and E. Powers |
| 01-41-327 | Design and Implementation of a Time Source Selecting and Monitoring System for the Telephone Speaking Clock; C. Lin, P. Chang, J. Wang, and S. Lin |
| 01-41-359 | Optimal Time Transfer; J. Wright and J. Woodburn |
| 01-41-371 | Two-way Satellite Time and Frequency Transfer Using 1 Mchip/s Codes; V. Zhang, T. Parker, J. Achkar, A. Bauch, L. Lorini, D. Matsakis, D. Piester, and D. Rovera |
| 01-41-383 | Time and Frequency Transfer Using Asynchronous Fiber-optical Networks: Progress Report; K. Jaldehag, S. Ebenhag, P. Hedekvist, C. Rieck, and P. Lothberg |
| 01-41-409 | TWSTFT Data Treatment for UTC Time Transfer; Z. Jiang, W. Lewandowski, and H. Konate |
| 01-41-559 | Evaluation of the Time and Frequency Transfer Capabilities of a Network of GNSS Receivers Located in Timing Laboratories; R. Piriz, G. Cerretto, A. Perucca, and P. Tavella |
| 01-41-421 | Detection of Outliers in TWSTFT Data Used in TAI; A. Harmegnies, G. Panfilo, and E. Arias |
| 01-42-141 | Actual Operation Simulation of RESSOX Ground Experiments; T. Iwata, K. Machita, T. Matsuzawa, and K. Saito |
| 01-42-161 | Galileo Common View: Format, Processing, and Tests with GIOVE; P. Defraigne and M. Martinez-Belda |
| 01-42-171 | Long-Term Performance Analysis of GIOVE Clocks; P. Waller, F. Gonzalez, S. Binda, D. Rodriguez, G. Tobias, A. Cernigliaro, I. Sesia, and P. Tavella |
| 01-42-181 | GPS Block IIF Atomic Frequency Standard Analysis; F. Vannicola, R. Beard, J. White, K. Senior, M. Largay, and J. Buisson |
| 01-42-197 | Accuracy and Precision of USNO GPS Carrier-Phase Time Transfer; C. Hackman and D. Matsakis |
| 01-42-215 | Simple Methods for the Estimation of the Short-Term Stability of GNSS On-Board Clocks; J. Delporte, C. Boulanger, and F. Mercier |
| 01-42-225 | Near Real-Time Monitoring of Frequency Standards and Timescales Using Precise Point Positioning (PPP); G. Cerretto, P. Tavella, Y. Mireault, and D. Rovera |
| 01-42-235 | AOS Studies on GNSS Time Transfer; J. Nawrocki, P. Lejba, P. Nogas, and D. Lemanski |
| 01-42-251 | Integrated Doppler Correction to TWSTFT Using Round-Trip Measurement; Y. Huang, W. Tseng, and S. Lin |
| 01-42-263 | Time and Frequency Transfer Combining GLONASS and GPS Data; P. Defraigne, Q. Baire, and A. Harmegnies |
| 01-42-275 | Evaluation of a GPS Receiver for Code and Carrier-Phase Time and Frequency Transfer; V. Zhang and M. Lombardi |
| 01-42-285 | How to Handle a Satellite Change in an Operational TWSTFT Network?; K. Liang, T. Feldmann, A. Bauch, and D. Piester |
| 01-42-295 | The Stability of GPS Carrier-Phase Receivers; L. Breakiron |
| 01-42-389 | Stabilization of the Propagation Delay in Fiber Optics in a Frequency Distribution Link; A. Czubla, L. Sliwczynski, P. Krehlik, L. Buczek, M Lipinski, and J. Nawrocki |
| 01-42-397 | Time Transfer by Laser Link -- T2L2: First Results of the 2010 Campaign; P. Guillemot, P. Exertier, E. Samain, F. Pierron, P. Laurent, M. Abgrall, J. Achkar, D. Rovera, K. Djerroud, and S. Leon |
| 01-42-413 | Single-Way Fiber-Based Time Transfer with Active Detection of the Transfer Variations; S. Ebenhag, P. Hedekvist, and K. Jaldehag |
| 01-42-427 | Time Transfer in Optical Network; V. Smotlacha, A.Kuna. and W. Mache |
| 01-42-437 | Compensated Fiber-Optic Frequency Distribution Equipment; J. MacDonald and G. Conway |
| 01-42-509 | Advanced GPS-Based Time Link Calibration with PTB'S New GPS Calibration Setup; T. Feldmann, A. Bauch, D. Piester, M. Rost, E. Goldberg, S. Mitchell, and B. Fonville |
| 01-42-541 | Progress Report of CNES Activities Regarding the Absolute Calibration Method; A. Proia and G. Cibiel |
| 01-42-557 | Continued Evaluation of Carrier-Phase GNSS Timing Receivers for UTC/TAI Applications; J. Prillaman, E. Powers, B. Fonville, S. Mitchell, and E. Goldberg |
