three-parameter family
1Parameter — Pa*ram e*ter, n. [Pref. para + meter: cf. F. param[ e]tre.] 1. A constant number which is part of a theory, function, or calculation, whose value is not determined by the form of the theory or equation itself, and may in some cases be arbitrary… …
2Noncentrality parameter — Noncentrality parameters are parameters of families of probability distributions which are related to other central families of distributions. If the noncentrality parameter of a distribution is zero, the distribution is identical to a… …
3Harmony (Three Dog Night album) — Harmony Studio album by Three Dog Night Released December 30, 1971 …
4Tisserand's parameter — In Celestial Mechanics, Tisserand’s parameter (or Tisserand s invariant) is a combination of orbital elements used in a restricted three body problem.DefinitionFor a small body with semimajor axis a,!, eccentricity e,!, and inclination i,!,… …
5Cyan (Three Dog Night album) — Cyan Studio album by Three Dog Night Released October 9, 1973 …
6Naturally (Three Dog Night album) — Naturally Studio album by Three Dog Night Released November 18, 1970 …
7Pearson distribution — The Pearson distribution is a family of continuous probability distributions. It was first published by Karl Pearson in 1895 and subsequently extended by him in 1901 and 1916 in a series of articles on biostatistics. History The Pearson system… …
8Macdonald polynomials — In mathematics, Macdonald polynomials Pλ(x; t,q) are a family of orthogonal polynomials in several variables, introduced by Macdonald (1987). Macdonald originally associated his polynomials with weights λ of finite root systems and used just …
9Macdonald polynomial — In mathematics, Macdonald polynomials P λ are a two parameter family of orthogonal polynomials indexed by a positive weight λ of a root system, introduced by Ian G. Macdonald (1987). They generalize several other families of orthogonal… …
10Normal-exponential-gamma distribution — Normal Exponential Gamma parameters: μ ∈ R mean (location) shape scale support: pdf …
