variability function造句
例句與造句
- #The second component is a function called variability function and denoted \ mathcal { X }.
- The Bernoulli space shows explicitly the existing ignorance by means of the ignorance space and the inherent randomness by the variability function and the random structure function.
- The variability function assigns to each level of knowledge ( = subset of the ignorance space ) the corresponding range of variability of the random variable " X ".
- In case of a Bernoulli Space, ignorance is modelled by the ignorance space \ mathcal { D } and randomness by the variability function \ mathcal { X } and the random structure function \ mathcal { P }.
- #The third component is called random structure function denoted \ mathcal { P } and assigns to each level of knowledge ( = subset of the ignorance space ) a probability distribution over the corresponding image of the variability function.
- It's difficult to find variability function in a sentence. 用variability function造句挺難的
- The variability function yields the extent of the variability of the random variable " X " and often whenever safety is involved only the largest and / or the smallest value of the range of variability of " X " are of interest.
- It follows that each image of the variability function consists of those values of " X " which might occur in the future, under the condition that the actual value of " D " is an element of its argument, i . e ., the considered subset of the ignorance space.
- The ignorance space \ mathcal { D } specifies the available knowledge about the past, the variability function \ mathcal { X } gives the amount of variability in the future as function of the available knowledge, and finally the random structure function \ mathcal { P } specifies the probabilities of future events again as a function of the available knowledge about the initial conditions.
- The set of values which may be adopted by the random variable X | \ { d \ } is given by the variability function denoted \ mathfrak { X }, which is defined on the subsets of the ignorance space \ mathfrak { D } and assigns to each subset of the ignorance space the corresponding range of variability of X | \ { d \ }.