21. If and only if all the " Y " " i " have gamma distributions with the same scale parameter . 22. The parameter \ gamma controls the rate of jump arrivals and the scaling parameter \ lambda inversely controls the jump size. 23. Due to properties of the Fourier transform, the rotation and scaling parameters can be determined in a manner invariant to translation. 24. It depends on a scale parameter ? > 0 and shape parameters " m " > 1 / 2 and ?. 25. The scale parameters c, \ sigma and k determine the scaling of the inputs in the polynomial, RBF and MLP kernel function. 26. When the scale parameter \ mu equals 2, the distribution simplifies to the chi-squared distribution with " 2k " degrees of freedom. 27. P ( s, x ) is the cumulative distribution function for Gamma random variables with shape parameter s and scale parameter 1. 28. As with other probability distributions, the Tukey lambda distribution can be transformed with a location parameter, ?, and a scale parameter , ?. 29. The versions below with _ ls appended show how to generalize this to encompass an arbitrary location parameter mu and scale parameter sigma. 30. When \ mu is equal to 0 and the scale parameter is equal to 1, the Holtsmark distribution has the probability density function:
