33rd Annual Time and Frequency Metrology
Seminar June 3 - 6, 2008
-
Agenda -
Day 1 - Tuesday, June 3
- 8:00-8:45
Registration and Check-in: NIST BOULDER LABORATORIES, 325
Broadway, Boulder, CO
- 8:45-9:00
Announcements and Introductions -- David Howe
- Time and Frequency
Fundamentals-
- 9:00-9:40
Tom O'Brian -- (Chapter 1)
Assessment of Time, Timekeeping and Time Distribution
- 9:40-10:10 David
Howe -- (Chapter 2) Definitions: Frequency, Time,
Noise, Stability, Accuracy, Calibration, Traceability,
Certification
- 10:10-10:30 Break
-
Time Domain Representations of Performance -
- 10:30-11:30 David Allan -- (Chapter 3)
Introduction to Time Domain Measurement
Standards
- 11:30-1:15
Lunch
- 1:15-3:00
Marc Weiss -- (Chapter 4) Time Domain Representation
of Oscillator Performance
- 3:00-3:20
Break
- 3:20-5:00
John Vig -- (Chapter 5) Quartz Crystal Resonators and
Oscillators
Day 2 - Wednesday, June 4
- 8:15-8:30
Announcements
- 8:30-9:15 Jennifer
Taylor -- (Chapter 6) Improved Long-Term
Frequency Stability Measurements using Hybrid ThêoH
-Frequency Domain Representations of Performance
-
- 9:15-10:20 David Howe -- (Chapter 7)
Frequency Domain Representations of Performance
- 10:20-10:40 Break
- 10:40-11:20 Archita Hati -- (Chapter 8) Techniques of State-of-the-Art PM & AM Noise
Measurements
- 11:20-12:00 Sam Stein -- (Chapter 9)
Digital Measurements of PM-Noise of
Precision Oscillators
- 12:00-1:15 Lunch
-
Lab Demonstrations of Measurement Techniques -
- 1:15-2:00 Andrew
Novick -- (Chapter 10) Techniques of Time and Frequency
Measurements
- 2:00-2:50 Jim Gray
-- (Chapter 11) Measurements in the Time Domain (Allan
Deviation Measurements)
- 2:50-3:10
Break
- 3:10-4:00 Craig
Nelson -- (Chapter 12) PM & AM Noise
Measurements
- 4:00-5:00
Hands-on Tests and Noise Measurements
- 5:00-7:30 Open House
-- To be announced
Day 3 - Thursday, June 5
-
Atomic Frequency Standards -
- 8:15-9:00 Tom
Parker -- (Chapter 13) Introduction to Atomic Frequency
Standards
- 9:00-9:40 Tom
Heavner -- (Chapter 14) Current and Next Generation
Cesium Fountains at NIST
- 9:40-10:10 Elizabeth Donley -- (Chapter 15)
Chip-Scale Atomic Clocks
- 10:10-10:20 Break
- 10:20-11:00 Jan Hall -- (Chapter 16)
Developments in Optical Frequency
Synthesis
- 11:00-11:40 Tara Fortier -- (Chapter 17)
State-of-the-Art Frequency Division from
Optical to Microwave
- 11:40-12:20 Till Rosenband
-- (Chapter 18) The Al+ Optical Clock which
uses Quantum Logic
- 12:20-1:30
Lunch
- Time Transfer -
- 1:30-2:30
Michael Moreau -- (Chapter 19) Global Navigation
Satellite Systems (GNSS) and How They Work
- 2:30-3:00
John Prestage -- (Chapter 20) Compact
Microwave Mercury Ion Clock for Space
- 3:00-3:30
Victor Zhang -- (Chapter 21) Methods of
Time and Frequency Transfer using GPS
- 3:30-3:40
Break
- 3:40-4:20 Marc Weiss
-- (Chapter 22) Time and Frequency Transfer Using a WAAS satellite
- 4:20-5:00 Andrew
Ludlow -- (Chapter 23) Coherent Optical
Carrier Phase Transfer via Optical Fiber
-
Evening Session of Special Topics -
- 7:00-7:40 Demetrios
Matsakis -- (Chapter 24) Pulsars and Astronomical
Time
- 7:40-8:20
Mike Lombardi -- (Chapter 25) NIST Remote Calibration
Services
-
8:20-9:00 David Howe -- (Chapter 26) Stability Analysis Software:
Primer and Examples
Leeson's Model
Measurements, Modeling, and Time Error Prediction
Day 4 -
Friday, June 6
-
Advanced Time & Frequency Applications, Future Trends -
- 8:00-8:50 Judah Levine -- (Chapter 27) Design Considerations of Accurate and Stable Time Scales
- 8:50-9:20 Craig Nelson -- (Chapter 28) Opto-Electronic Oscillators
- 9:20-10:00 Charles Burroughs -- (Chapter 29) Josephson Junction Voltage Standard
- 10:00-10:20 Break
- 10:20-11:10 Neil Ashby -- (Chapter 30) Relativistic Effects on Time Scales and Space Navigation
- 11:10-12:00 Tom O'Brian -- (Chapter 31) Trends in Time Generation and Distribution
- 12:00-12:15 Conclusions and Discussion
- 2:00-4:00 Tours and Talk:
- Time Scale -- Judah Levine
- Primary Frequency Standard -- Tom Heavner
- Josephson Junction Voltage Standard -- Charles Burroughs
- Achieving High Spectral Purity -- Jan Hall (auditorium)
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