We evaluate with simulated data a new type of sample variance for the characterization of frequency stability. The new statistic (referred to as TOTALVAR and its square root TOTALDEV) is a better predictor of long-term frequency variations than the present sample Allan deviation. The statistical model uses the assumption that a time series of phase or frequency differences is wrapped (periodic) with overall frequency difference removed. We find that the variability at long averaging times is reduced considerably for the five models of power-law noise commonly encountered with frequency standards and oscillators
Minimum variance estimation requires that the statistics of random observation errors be modeled pro...
Phase noise and frequency stability both describe the fluctuation of stable periodic signals, from s...
In a previous article, the results of frequency stability tests at DSS 13 were presented in table fo...
We evaluate with simulated data a new type of sample variance for the characterization of frequency ...
We evaluate with simulated data a new type of sample variance for the characterization of frequency ...
We introduce a statistic that can be used for a particularly difficult measurement problem, namely, ...
Certain aspects of the description and measurement of oscillator stability are treated. Topics cover...
We analyze the Allan Variance estimator as the combination of Discrete-Time linear filters. We apply...
I explain the difference between the total variance and the Allan variance and what is gained for es...
The accepted definition of frequency stability in the time domain is the two-sample variance (or All...
14 pages, 5 figures, 1 table, 18 referencesA frequency counter measures the input frequency $\bar{\n...
This paper presents tabulated factors for calculating confidence intervals for the square root of th...
The accepted definition of frequency stability in the time domain is the two-sample variance (or All...
Allan variances and its related methods are commonly used to analyse a sequence of data in the time ...
This article deals with the ability of Allan variance to predict noise models in any frequency syste...
Minimum variance estimation requires that the statistics of random observation errors be modeled pro...
Phase noise and frequency stability both describe the fluctuation of stable periodic signals, from s...
In a previous article, the results of frequency stability tests at DSS 13 were presented in table fo...
We evaluate with simulated data a new type of sample variance for the characterization of frequency ...
We evaluate with simulated data a new type of sample variance for the characterization of frequency ...
We introduce a statistic that can be used for a particularly difficult measurement problem, namely, ...
Certain aspects of the description and measurement of oscillator stability are treated. Topics cover...
We analyze the Allan Variance estimator as the combination of Discrete-Time linear filters. We apply...
I explain the difference between the total variance and the Allan variance and what is gained for es...
The accepted definition of frequency stability in the time domain is the two-sample variance (or All...
14 pages, 5 figures, 1 table, 18 referencesA frequency counter measures the input frequency $\bar{\n...
This paper presents tabulated factors for calculating confidence intervals for the square root of th...
The accepted definition of frequency stability in the time domain is the two-sample variance (or All...
Allan variances and its related methods are commonly used to analyse a sequence of data in the time ...
This article deals with the ability of Allan variance to predict noise models in any frequency syste...
Minimum variance estimation requires that the statistics of random observation errors be modeled pro...
Phase noise and frequency stability both describe the fluctuation of stable periodic signals, from s...
In a previous article, the results of frequency stability tests at DSS 13 were presented in table fo...