1. A local threshold approach would require the setting of another scale parameter . 2. A variety of Cauchy distributions for various location and scale parameters . 3. It also extends the usual range of scale parameter to include ? < 0. 4. It is equal to the scale parameter when the population obeys the gamma distribution. 5. With shape parameter \ alpha and scale parameter \ beta. 6. Parameter R is a scaling parameter and does not affect the structure of the Spirograph. 7. Because of the scaling parameters ? and ?, cones are infinite in extent and not bounded. 8. The degrees of freedom parameter controls the kurtosis of the distribution and is correlated with the scale parameter . 9. Where \ nu is the degrees of freedom parameter and \ tau ^ 2 is the scale parameter . 10. Therefore, t not only serves as a time parameter, but also has the dual role of scale parameter .
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