Examples of using Probability distribution in English and their translations into Hebrew
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So let's say I have a discreet probability distribution function.
The probability distribution of a random variable is often characterised by a small number of parameters, which also have a practical interpretation.
And this adds up approximately to 1, and therefore, is a probability distribution.
Bayes networks define probability distributions over graphs or random variables.
A statistical parameter is a parameter that indexes a family of probability distributions.
And you don't know the probability distribution functions for any of those things.
When you first told me you wanted to run an advanced conditional probability distribution application.
They will merely compute probability distributions for what they should expect to find, taking selection effects into account.
A belief gives,for each information set of the game belonging to the player, a probability distribution on the nodes in the information set.
One source states the following examples: The probability distribution for total distance covered in a random walk(biased or unbiased) will tend toward a normal distribution. .
It looks like he is, and so I need to figure this out before more people get hurt, Jessie,so… Probability distribution algorithm?
This is a perfectly fine specification of a probability distribution where 2 causes affect the variable down here, the happiness.
In probability theory and statistics,the characteristic function of any real-valued random variable completely defines its probability distribution.
We may want a fully Bayesian version of this, giving a probability distribution over"θ" as well as the latent variables.
In probabilistic inference, the output is not a single number for each of the query variables, but rather,it's a probability distribution.
Averages are informative, but the shape of the probability distributions gives us useful additional information about the range of expectations under scenarios of good and bad luck.
The Bayes network, as we find out, is a complex representation of a distribution over this very, very large joint probability distribution of all of these variables.
Further, the central limit theorem shows that the probability distribution of the averaged measurements will be closer to a normal distribution than that of individual measurements.
Instead of enumerating all possibilities of combinations of these 5 random variables,the Bayes network is defined by probability distributions that are inherent to each individual node.
Such a probability distribution can always be captured by its cumulative distribution function: formula_51and sometimes also using a probability density function.
The analysis provides a test of the hypothesis that eachsample is drawn from the same underlying probability distribution against the alternative hypothesis that underlying probability distributions are not the same for all samples.
In practice, one often disposes of the space Ω{\displaystyle\Omega} altogether and just puts a measure on R{\displaystyle\mathbb{R}} that assigns measure 1 to the whole real line, i.e.,one works with probability distributions instead of random variables.
The training examples come from some generally unknown probability distribution considered representative of the space of occurrences and the learner has to build a general model about this space that enables it to produce sufficiently accurate predictions in new cases.
If Harry had needed to formalise the wordless inference that had just flashed into his mind, it would have come out something like,'If I estimate the probability of Professor McGonagall doing what Ijust saw as the result of carefully controlling herself, versus the probability distribution for all the things she would do naturally if I made a bad joke, then this behavior is significant evidence for her hiding something.'.
First, t-SNE constructs a probability distribution over pairs of high-dimensional objects in such a way that similar objects have a high probability of being picked while dissimilar points have an extremely small probability of being picked.
The Boltzmann entropy is obtained if one assumes one can treat all the componentparticles of a thermodynamic system as statistically independent. The probability distribution of the system as a whole then factorises into the product of N separate identical terms, one term for each particle; and the Gibbs entropy simplifies to the Boltzmann entropy.
The assumptions embodied by a statistical model describe a set of probability distributions, some of which are assumed to adequately approximate the distribution from which a particular data set is sampled. The probability distributions inherent in statistical models are what distinguishes statistical models from other, non-statistical, mathematical models.
If Harry had needed to formalise the wordless inference that had just flashed into his mind, it would have come out something like,'If I estimate the probability of Professor McGonagall doing what Ijust saw as the result of carefully controlling herself, versus the probability distribution for all the things she would do naturally if I made a bad joke, then this behavior is significant evidence for her hiding something.'.
For the special case where μ is equal to zero, after n steps, the translation distance's probability distribution is given by N(0, nσ2), where N() is the notation for the normal distribution, n is the number of steps, and σ is from the inverse cumulative normal distribution as given above.
The intuition behind this definition is as follows.It is assumed that there is a"true" probability distribution induced by the process that generates the observed data. We choose P{\displaystyle{\mathcal{P}}} to represent a set(of distributions) which contains a distribution that adequately approximates the true distribution. .