Examples of using Random variables in English and their translations into Ukrainian
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Random Variables, 518.
So suppose we have two random variables x and y.
Be random variables such that| X|.
The covariance issometimes called a measure of"linear dependence" between two random variables.
If the random variables X 1,….
Contrast stochastic(probability) simulation, which includes random variables.
And continuous random variables, they can take on any value in a range.
The joint probability mass function of two discrete random variables X, Y{\displaystyle X, Y}.
You have discrete random variables, and you have continuous random variables.
Hopefully this gives you a sense of the distinction between discrete and continuous random variables.
So I claim that, these random variables, x and y, are independent of one another.
Mutual information therefore measures dependence in the following sense: I(X;Y)= 0 if and only if X and Y are independent random variables.
The random variables are the functions associated with a real number to each element of a set E.
Let A{\displaystyle A} and B{\displaystyle B} be discrete random variables associated with the outcomes of the first and second coin flips respectively.
Random variables are really ways to map outcomes of random processes to numbers.
A stochastic process can be classified in different ways, for example, by its state space, its index set,or the dependence among the random variables.
For discrete random variables, the marginal probability mass function can be written as Pr(X= x).
Differential Entropy: Extending discrete entropy to the continuous case-The Shannon entropy is restricted to random variables taking discrete values.
Similarly for continuous random variables, the marginal probability density function can be written as pX(x).
We describe probability measures on the cylinder and a-adic solenoids which arecharacterized by the independence of the sum and the difference of two independent random variables.
The two random variables, x and θ, are independent, so the joint probability density function is the product.
The classic Skitovich- Darmois theorem states that the Gaussian distribution on the real line can be characterized by theindependence of two linear forms of n independent random variables.
And discrete random variables, these are essentially random variables that can take on distinct or separate values.
In probability theory and statistics,partial correlation measures the degree of association between two random variables, with the effect of a set of controlling random variables removed.
In general two random variables X{\displaystyle X} and Y{\displaystyle Y} are independent if the joint cumulative distribution function satisfies.
In mathematical modeling, deterministic simulations contain no random variables and no degree of randomness, and consist mostly of equations, for example difference equations.
Let the random variables X{\displaystyle X} and Y{\displaystyle Y}, defined on the same probability space, assume a finite or countably infinite set of finite values.
Probability theory studies random variables and events, which are mathematical abstractions of non-deterministic events or measured quantities.
Two discrete random variables X{\displaystyle X} and Y{\displaystyle Y} are independent if and only if the joint probability mass function satisfies.
For discrete, jointly distributed random variables X, Y, Z. This result has been used as a basic building block for proving other inequalities in information theory.