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D.W.A. Publications Available for On-line Viewing
Brief overview of the Allan
Variance an integral equation in international time-keeping standard algorithms.
David W. Allan; The Impact of Precise
Time in Our Lives: A Historical and Futuristic Perspective Surrounding GPS; 50th
Anniversary Invited Talk at Institute of Navigation Annual Meeting, held in Colorado Springs,
Colorado; 5-7 June 1995.
David W. Allan, Neil Ashby, Cliff Hodge; Science
of Timekeeping; Hewlett-Packard Application Note 1289; 1997. |

H.P. Application Note 1289
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"Timekeeping has become a critical factor in almost every aspect
of our lives. HP is proud to present this application note, written by three of the
leading scientists in the field, which brings together the history and the science of
today's hyperfine timekeeping benefits, needs, and expectations. Authored by David W.
Allan, Clifford C. Hodge, and Neil Ashby, this application note promises to be a classic
reference for decades to come." |
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A. Lepek, A. Shenhar, and D.W. Allan, INPL
Virtual Time Scale, UTC(INPL); Metrologia, 1996, 32(4), 245-252.
D. W. Allan, Neil Ashby, Cliff Hodge; A
Brief History of Precise Time and GPS; Special Supplemental addition of GPS
World; Aug. (with November reprint summary) 1998.
David W. Allan, John A. Kusters, Charles E. Wheatley III; Ctxo, Clever Time Crystal
Oscillator (Clock); Proceedings
of the 1999 Joint Meeting of The European Frequency and Time Forum and the IEEE International
Frequency Control Symposium, 13-16 April 1999.
D. W. Allan; Directions 2000;
GPS World; Dec. 1999; p. 36.
(Pending unified field theory to simplify science.)
D. W. Allan; Directions
2001; GPS World; Dec. 2000; p. 36.
(Synchronistic Modulation Detection model.) (Available in
PDF, Copyright 2000 GPS World
magazine, Advanstar Communications, 859 Willamette Street, Eugene OR 97401, USA)
D. W. Allan; Conversion of Frequency Stability Measures from the Time-domain to the Frequency-domain, vice-versa and Power-law Spectral Densities
(pdf); January 26, 2012.

See also
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