A half-integrating & half-differentiating operator model of precise-clock noise.

Details A half-integrating & half-differentiating operator model of precise-clock noise. A half-integrating & half-differentiating operator model of precise-clock noise.

Jun 1997

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1997pshao..20....1z&link_type=abstract

Publ. Shaanxi Astron. Obs., Vol. 20, p. 1 - 9

Astronomy and Astrophysics

Astronomy

Frequency Standards: Clocks

Scientific paper

It is known that precise-clock noise process can be described as the sum of five independent noise parts according to the power-law model presented by J. A. Barnes et al. in 1971. For lack of knowledge about the time-domain relation between each noise part and white noise, it is difficult to clearly describe these noise parts (especially flicking noise parts) in time-domain. In order to discover the property of each noise part, the author defined a half-integrating operator. With this new operator, he obtained the relation between each noise part and white noise, and then presented a new time-domain model of precise-clock noise, i.e. half-integrating/half-differentiating operator model, which makes it possible to describe all the five noise parts in time-domain in their own layers.

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