Several processes may be monitored in terms of their variances relative to each other by the maximum ratio of variances. Based on the observed value an upper confidence bound for the population value is derived and tables are supplied for its implementation. Such bounds may be used when the experimenter wishes to establish that the variances are “not too different”. The usual testing of variances for equality is noticed to be inappropriate in such cases.</p
We provide a feasible (quadratic time) algorithm for computing the lower bound V on the sample varia...
Subjects saw samples from each of two populations of numbers and made intuitive inferences about whi...
This article derives a simple upper bound for the sample standard deviation that could be useful in ...
Several processes may be monitored in terms of their variances relative to each other by the maximum...
The subject of the paper-upper confidence bounds-originates from applications to auditing. Auditors ...
We construct a new upper bound for the variance of the sample minimum and maximum in the case of a s...
A set of tables for the upper 5 and 1 percent critical points of the maximum F ratio test for homoge...
For normally distributed populations, we obtain confidence bounds on a ratio of two coefficients of ...
The problem of providing lower confidence bounds for the mean improvements of p >= 2 test treatments...
Confidence statements about location (or scale) parameters associated with k populations, which may ...
The asymptotic distribution for the ratio of sample variances in two independent populations is est...
Assessment of the variability in population values plays an important role in the analysis of scient...
In a number of situations, for example in biology, psychology and neurosciences, researchers are int...
ABSTRACT Some upper and lower bounds for sample standard deviation are established in terms of sampl...
The problem of providing lower confidence bounds for the mean improvements of p ≥ 2 test treatments ...
We provide a feasible (quadratic time) algorithm for computing the lower bound V on the sample varia...
Subjects saw samples from each of two populations of numbers and made intuitive inferences about whi...
This article derives a simple upper bound for the sample standard deviation that could be useful in ...
Several processes may be monitored in terms of their variances relative to each other by the maximum...
The subject of the paper-upper confidence bounds-originates from applications to auditing. Auditors ...
We construct a new upper bound for the variance of the sample minimum and maximum in the case of a s...
A set of tables for the upper 5 and 1 percent critical points of the maximum F ratio test for homoge...
For normally distributed populations, we obtain confidence bounds on a ratio of two coefficients of ...
The problem of providing lower confidence bounds for the mean improvements of p >= 2 test treatments...
Confidence statements about location (or scale) parameters associated with k populations, which may ...
The asymptotic distribution for the ratio of sample variances in two independent populations is est...
Assessment of the variability in population values plays an important role in the analysis of scient...
In a number of situations, for example in biology, psychology and neurosciences, researchers are int...
ABSTRACT Some upper and lower bounds for sample standard deviation are established in terms of sampl...
The problem of providing lower confidence bounds for the mean improvements of p ≥ 2 test treatments ...
We provide a feasible (quadratic time) algorithm for computing the lower bound V on the sample varia...
Subjects saw samples from each of two populations of numbers and made intuitive inferences about whi...
This article derives a simple upper bound for the sample standard deviation that could be useful in ...