「gaussian」の共起表現一覧(1語右で並び替え)
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n general, but if probability distribution is | Gaussian a third-order approximation is possible). |
e AMPAC, GAMESS (US), PC GAMESS, GAMESS (UK), | GAUSSIAN and CP2K programs. |
M² is a better guide to beam quality than | Gaussian appearance, however, since there are many cas |
Related filters attempting to relax the | Gaussian assumption in EnKF while preserving its advan |
EnKFs rely on the | Gaussian assumption, though they are of course used in |
It can be used to turn a | Gaussian beam into an approximation to a Bessel beam, |
A | Gaussian beam has the lowest possible BPP, λ / π, wher |
the BPP of an actual beam to that of an ideal | Gaussian beam at the same wavelength is denoted M² ("M |
t (BPP) of an actual beam to that of an ideal | Gaussian beam at the same wavelength. |
formed by diffractive optical elements from a | Gaussian beam. |
beam propagation, particularly the physics of | Gaussian beams, with laser applications, and with asso |
This effect is similar to | Gaussian blur effect in image processing produced by c |
Gaussian broadening refers to broadening effects in sp | |
and in | Gaussian CGS units by |
Gaussian charts are often less convenient than Schwarz | |
ther systematized by the use of David X. Li's | Gaussian copula model function to rapidly price Collat |
global banking system in serious peril...Li's | Gaussian copula formula will go down in history as ins |
disk Derivation, source code for product-type | Gaussian cubature with high precision coefficients and |
gyroid minimal surface, coloured to show the | Gaussian curvature at each point |
terpretation in terms of the surface area and | Gaussian curvature of each sphere. |
oefficient on X3 is zero; they also have zero | Gaussian curvature. |
a minimal surface) and the product gives the | Gaussian curvature. |
hat a narrow spectral line is a Lorentzian or | Gaussian, depending respectively on the decay mechanis |
In computer vision and image processing, | Gaussian derivative operators of different orders are |
Multivariate | Gaussian distribution is one of the most convenient di |
For example, the parents of a | Gaussian distribution must be a Gaussian distribution |
A beam with a | Gaussian distribution was modulated by a spatial light |
hull of a set of random points, drawn from a | Gaussian distribution with the number of points propor |
ally produce a "normal distribution curve" (a | Gaussian distribution, also commonly referred to as a |
where α is the semiangle describing the | Gaussian distribution. |
The peak shape is usually a | Gaussian distribution. |
to investigate whether the residuals follow a | Gaussian distribution. |
axis, and σ is the standard deviation of the | Gaussian distribution. |
It is common to work with discrete or | Gaussian distributions since that simplifies calculati |
The equality holds in the case of | Gaussian distributions, |
els include the log-normal, gamma and inverse | Gaussian distributions, although they are less popular |
Gaussian elimination places zeros below each pivot in | |
he multifrontal method, which is a version of | Gaussian elimination for large sparse systems of equat |
It is a variation of | Gaussian elimination. |
discussed in the articles on determinants and | Gaussian elimination. |
can be solved using numerous methods such as | Gaussian elimination; in practice advanced methods lik |
Web forms to evaluate bounds for the | Gaussian ensemble are available at the Edinburgh Compr |
sing an alpha beta filter, that assumed fixed | Gaussian errors and a constant-speed, non-maneuvering |
one kind of smoothing technique, as is linear | Gaussian filtering. |
Gaussian fitting: A 2-dimensional Gaussian function is | |
Siegman showed that all beam profiles - | Gaussian, flat top, TEMXY, or any shape - must follow |
In this regime, the density contrast field is | Gaussian, Fourier modes evolve independently, and the |
Since the Fourier transform of the | Gaussian function yields a Gaussian function, the sign |
As an example, the | Gaussian function is integrated from 0 to 1, i.e. the |
mputed from a minimal basis set of contracted | Gaussian functions, as opposed to the previously used |
In contrast, ab initio packages, such as | GAUSSIAN, gained popularity because they would always |
e calculated using quantum-chemical software ( | GAUSSIAN, GAMESS, JAGUAR, ADF) and directly imported i |
s solem ambientum in Hamburg, introducing the | Gaussian gravitational constant and containing an infl |
zero-mean, | Gaussian input. |
A Useful Theorem for nonlinear devices having | Gaussian inputs" (1988) |
Thus these primes (and 2) occur as norms of | Gaussian integers, while other primes do not. |
The Laplacian of | Gaussian is useful for detecting edges that appear at |
The | Gaussian isoperimetric inequality also follows from Eh |
The | Gaussian isoperimetric inequality, proved by Boris Tsi |
uced a functional inequality generalizing the | Gaussian isoperimetric inequality and derived it from |
The | Gaussian kernel is continuous. |
An alternate method is to use the discrete | Gaussian kernel which has superior characteristics for |
In the spatial domain, a 2D Gabor filter is a | Gaussian kernel function modulated by a sinusoidal pla |
For a single mode TEM00 | Gaussian Laser beam, M² is exactly one. |
uniformly distributed data and convert it to | Gaussian like distribution before presenting to the mo |
y large rectangular matrices are for those of | Gaussian matrices. |
ormal variables and hence the same method for | Gaussian noise applies in the classification problem. |
For small to moderate levels of ( | Gaussian) noise, the median filter is demonstrably bet |
t can be spanned by an over-complete basis of | gaussian operators using only positive coefficients. |
basis sets of either Slater type orbitals or | Gaussian orbitals to model the wave function. |
e origin has a MSD that scales like, , with a | Gaussian PDF . |
A third choice is the | Gaussian polar chart, which correctly represents radia |
"Systematic sequences of even tempered | Gaussian primitives for molecules in solution." |
In general, a | Gaussian process is time-reversible. |
Let (Xt)t∈T be a | Gaussian process and let dX be the pseudometric on T d |
ed upper bound and regularity properties of a | Gaussian process to its entropy and covariance structu |
al distribution (in which case the model is a | Gaussian process). |
broader linewidth than the natural, and has a | gaussian profile. |
nhomogeneously broadened emission will have a | gaussian profile. |
Gaussian Quantum Monte Carlo is a quantum Monte Carlo | |
"Large deviations for | Gaussian queues" (2007) |
e is author of the book "Large deviations for | Gaussian queues", and is associate editor of the journ |
In particular, they obtained a nice | Gaussian shaped representative of the Thom class in co |
The image above show synthetic | gaussian spectra. |
(corresponding to 3.2 standard deviations in | gaussian statistics). |
The | gaussian surface S (green) |
The equation for the divergence, of a pure | Gaussian TEM00 unfocused beam propagating through spac |
Here, identical | Gaussian temporal profiles have been used, resulting i |
ese are also distributed in a two-dimensional | Gaussian uv-distribution with a dispersion of 2 500 m |
stributed in a two-dimensional fashion with a | Gaussian uv-distribution with a dispersion of 300 m, a |
o obtain an approximation of the Laplacian of | Gaussian when the ratio of size 2 to size 1 is roughly |
that are used to approximate the Laplacian of | Gaussian will determine the scale of the difference im |
A | Gaussian window is one possible choice, leading to a f |
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