# variate

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## var·i·ate

(vâr′ē-ĭt, -āt′, văr′-)
n. Statistics
A single observed value of a random variable, considered to be one of many possible realizations.

[From Latin variātus, past participle of variāre, to vary; see vary.]

## variate

(ˈvɛərɪɪt)
n
1. (Statistics) statistics a random variable or a numerical value taken by it
2. a less common word for variant4
[C16: from Latin variāre to vary]

## ran′dom var′iable

n.
a statistical quantity that can take any of the values of a specified set in accordance with an associated probability distribution.
Also called variate.
[1935–40]
ThesaurusAntonymsRelated WordsSynonymsLegend:
 Noun 1 variate - a variable quantity that is random  variable quantity, variable - a quantity that can assume any of a set of values
References in periodicals archive ?
Taking into account a exhaustive search for these random variate, the complexity of this attack on HS-Sign is O([q.
Coverage encompasses input analysis, modeling, and estimation; random variate and sample path generation; and output analysis and variance reduction.
obtaining a random variate that takes each integer value k [greater than or equal to] 0 with probability 1/(ek
By using a uniform random variate as p, we could simulate a random individual's time to rehospitalization, which might be greater or less than the person's planned LOS in home health.
These methods have (extremely) fast marginal generation time, but require a setup step, which is expensive compared to the average cost of generating one random variate.
Step 1: select a standard uniform random variate, [[Mu].
Covers the techniques for validation and verification of simulation as well as random number generation, random variate generation, and testing with examples
1] again is a (0, 1)-uniform random variate by the ratio-of-uniforms theorem, since 0 [is less than or equal to] [R.
We agree with Devroye's views in his recent book on non-uniform random variate generation; if a sampling algorithm achieves higher speed at the expense of very complicated code, it will rarely be implemented.
We get a simple-to-calculate lower bound for the density--often called squeeze in random variate generation--by linear interpolation of the points of contact as shown in Figure 1.
1 - 1) (12) is as a uniform discrete random variate between 0 and m.

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