27th Annual PTTI Meeting 1995
November 29 - December 01, 1995
The Doubletree Hotel at Horton Plaza
San Diego, California
Meeting Officers
GPS MONITOR STATION UPGRADE PROGRAM AT THE NAVAL RESEARCH LABORATORY
Ivan J. Galysh and d win M. Craig, Naval Research Laboratory
THE ROLE OF TIME AND FREQUENCY IN FUTURE SYSTEMS
Samuel R. Stein, Timing Solutions Corporation
A1 Gifford, U.S. Naval Observatory
Tom Celano, The Analytical Sciences Corporation
SPECIAL TECHNOLOGY AREA REVIEW ON TIME AND FREQUENCY
John R. Vig, U.S. Army Research Laboratory
IDEAS FOR FUTURE GPS TIMING IMPROVEMENTS
Capt Steven T. Hutsell, USAF, 2d Space Operations Squadron
UTC DISSEMINATION TO THE REAL-TIME USER: THE ROLE OF USNO
Mihran Miranian, U.S. Naval Observatory
ROLE OF THE BIPM IN UTC DISSEMINATION TO THE REAL TIME USER
T. J. Quinn and C. Thomas, Bureau International des Poids et Mesures
THE ROLE OF THE INTERNATIONAL TELECOMMUNICATIONS UNION IN TIME AND FREQUENCY
Gerrit de Jong, NMi, Van Swinden Laboratorium
UTC DISSEMINATION TO THE REAL-TIME USER
Judah Levine, National Institute of Standards and Technology
GPS DISCIPLINED OSCILLATORS FOR TRACEABILITY TO THE ITALIAN TIME STANDARD
Franco Cordara and Valerio Pettiti, Istituto Elettrotecnico Nazionale Galileo Ferraris
OBSERVATIONS ON THE RELIABILITY OF RUBIDIUM FREQUENCY STANDARDS ON BLOCK II/IIA GPS SATELLITES
1Lt. Gary L. Dieter and Capt. Gregory E. Hatten, US Air Force
HOW BAD RECEIVER COORDINATES CAN AFFECT GPS TIMING
H. Chadsey, U.S. Naval Observatory
COMMON VIEW TIME TRANSFER USING WORLDWIDE GPS AND DMA MONITOR STATIONS
Wilson G. Reid, Thomas B. McCaskill, Orville J. Oaks, U.S. Naval Research Laboratory
James A. Buisson, Hugh E. Warren, SFA, Inc.
GPS/GLONASS TIME TRANSFER WITH 20-CHANNEL DUAL GNSS RECEIVER
P. Daly & S. Riley, CAA Institute of Satellite Navigation
CESIUM AND RUBIDIUM FREQUENCY STANDARDS STATUS AND PERFORMANCE ON THE GPS PROGRAM
M. J. Van Melle, Rockwell Spare and Operation Center
HIGH PRECISION TIME TRANSFER IN SPACE WITH A HYDROGEN MASER ON MIR
Edward M. Mattison and Robert F.C. Vessot, Harvard-Smithsonian Center for Astrophysics
UPPER LIMIT OF WEIGHTS IN TAI COMPUTATION
Claudine Thomas and Jacques Amubib, Bureau International des Poids et Mesures
TUTORIAL: CLOCK AND CLOCK SYSTEMS PERFORMANCE MEASURES
David W. Allan, Allan's TIME
APPENDIX A: THE IMPACT OF THE HP 5071A ON INTERNATIONAL ATOMlC TIME
David W. Allan, Allan's TIME
Alex Lepek, Tech Projects
Len Cutler and Robin Giffard, HP Labs
Jack Kusters, HP SCD
STEERING OF FREQUENCY STANDARDS BY THE USE OF LINEAR QUADRATIC GAUSSIAN CONTROL THEORY
Paul Koppang, U.S. Naval Observatory
Robert Leland, University of Alabama
KALMAN FILTERING USNO's GPS OBSERVATIONS FOR IMPROVED TIME TRANSFER PREDICTIONS
Capt Steven T. Hutsell, USAF, 2d Space Operations Squadron
SIMULATION STUDY USING A NEW TYPE OF SAMPLE VARIANCE
D.A. Howe and K.J. Lainson, National Institute of Standards and Technology
RELATING THE HADAMARD VARIANCE TO MCS KALMAN FILTER CLOCK ESTIMATION
Capt Steven T. Hutsell, USAF, 2d Space Operations Squadron
SIGNAL DELAY STABILITY OF A KU-BAND TWO-WAY SATELLITE TIME TRANSFER TERMINAL
D. Kirchner, Technical University Grm, Austria
H. Ressler and R. Robnik, Space Research Institute, Graz, Austria
DATA AND TIME TRANSFER USING SONET RADIO
Gary M. Graceffo, HRB Systems
VARIANCE ANALYSIS OF UNEVENLY SPACED TIME SERIES DATA
Christine Hackman and Thomas E. Parker, National Institute of Standards and Technology
SOME OPERATIONAL ASPECTS OF THE INTERNATIONAL TWO-WAY SATELLITE TIME AND FREQUENCY TRANSFER (TWSTFT) EXPERIMENT USING INTELSAT SATELLITES AT 307 DEGREES EAST
J. A. DeYoung and A. McKinley, U.S. Naval Observatory
J. A. Davis, National Physical Laboratory (NPL)
P. Hetzel and A. Bauch, Physikalisch-Technische Bundesanstalt (PTB)
PRELIMINARY COMPARISON OF TWO-WAY SATELLITE TIME AND FREQUENCY TRANSFER AND GPS COMMON-VIEW TIME TRANSFER DURING THE INTELSAT FIELD TRIAL
J. A. Davis, K. A. Bartle, National Physical Laboratory (NPL)
W. Lewandowsk, Bureau International des Poids et Mesures
J. A. DeYoung, W. Klepczynski, A. McKinley, U.S. Naval Observatory
D. Kirchner, Technical University Graz
P. Hetze1, Physikaliseh-Technische Bundesanstalt
G. de Jong, NMi, Van Swinden Laboratorium
A. Söring, Forschungs-und Technologiezentrum
F. Baumont, 0bservatoire de la Côte d'Azur
T. Parker, National Institute of Standards and Technology
H. Ressler, R. Robnik, Space Research Institute
L. Veenstra, RSI
RESULTS OF THE CALIBRATION OF THE DELAYS OF EARTH STATIONS FOR TWSTFT USING THE VSL SATELLITE SIMULATOR METHOD
Gerrit de Jong, NMi Van Swinden Laboratorium
Dieter Kirchner, Technical University Graz
H. Ressler, Space Research Institute
Peter Hetzel, Physikalisch Technische Bundesanstalt
John Davis, Peter Pears, National Physical Laboratory
Bill Powell, Angela Davis McKinley, Bill Klepczynski, James DeYoung, U.S. Naval Observatory
Christine Hackman, Steve R. Jefferts, and Thomas E. Parker, National Institute of Science and Technology
ACCURATE TIME/FREQUENCY TRANSFER METHOD USING BI-DIRECTIONAL WDM TRANSMISSION
Atsushi Imaoka and Masami Kihara, NTT Optical Network Systems Laboratories
LIMITS TO THE STABILITY OF PULSAR TIME
Gdrard Petit, Bureau International des Poids et Mesures
GPS MOVING VEHICLE EXPERIMENT
0. J. Oaks, Wilsun Reid, Naval Research Laboratory
James Wright, Christopher Duffey, Charles Williams, Computer Sciences Raytheon
Hugh Warren, SFA, Inc.
Tom Zeh, Naval Undersea Warfare Center
James Buisson, Antoine Enterprises
BONNEVILLE POWER ADMINISTRATION TIMING SYSTEM
Kenneth E. Martin, Bonneville Power Administration
DIRECT-Y: FAST ACQUISITION OF THE GPS PPS SIGNAL
1Lt. 0. M. Namoos, Space and Missile Center
Dr. R. S. DiEsposti, The Aerospace Corporation
THE WSMR TIMING SYSTEM: TOWARD NEW HORIZONS
William A. Gilbert,Bob Stimets, White Sands Missile Range
AUTHENTICATION, TIME-STAMPING AND DIGITAL SIGNATURES
Judah Levine, National Institute of Standards and Technology
APPLICATION OF MILLISECOND PULSAR TIMING TO THE LONG-TERM STABILITY OF CLOCK ENSEMBLES
Roger S. Foster, Naval Research Laboratory
PDemetrios N. Matsakis, U.S. Naval Observatory
A NOVEL PHOTONIC CLOCK AND CARRIER RECOVERY DEVICE
X. Steve Yao, George Lutes, and Lute Maleki, Jet Propulsion Laboratory
SPACECRAFT DOPPLER TRACKING AS A XYLOPHONE DETECTOR
Massimo Tinto, Jet Propulsion Laboratory