# probability density

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## probability density

n. Statistics
A function whose integral over a given interval gives the probability that the values of a continuous random variable will fall within the interval, used in the construction of a probability distribution.
References in periodicals archive ?
In this method, both sides of the equation of the cumulative probability density function are obtained with Eq.
Where m* is the band-edge effective mass, k is Boltzmann constant, T is the lattice absolute temperature, h is Plank constant divided by 2, Tu* Tu gives the tunneling probability density of the outgoing electron, F is Fermi energy level, l is energy of the electron associated with longitudinal wave vector of the electron in the conduction band, V is the applied voltage.
This work derives general formulas to describe the mean velocity and SSC distributions of turbulent shear flow to fit the whole cross section from the bottom boundary to the upper boundary, using a probability density function method.
The method assumes that the errors follow a Gaussian probability density function (PDF) with zero mean value and some known correlation matrix.
Different properties were used to find out the cumulative distribution function, probability density function (PDF), hazard function, Reverse Hazard and survival functions.
In this paper, the QMC method is applied to the statistical analysis of the crosstalk of transmission lines, achieving the prediction of crosstalk variation range and its probability density distribution function.
0], the conditional probability density function (PDF) of the energy state x at time t can be represented by
Following Rice's [6] description of the probability density function for load peaks, Bendat [7] showed how to calculate the fatigue damage for a narrowband random loading input.
From the families of multidimensional probability distributions described in literature [2], [3] we chose the Gaussian, Dirichlet and gamma distributions for analysis because their probability density functions are easy to use in analytical expressions.
The composition transported probability density function (TPDF) method [4] is employed for accounting turbulence-chemistry interactions due to its several advantages over other TCI approaches [11, 30, 32].

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