「MATRICES」の共起表現(1語右で並び替え)

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「MATRICES」の共起表現一覧(1語右で並び替え)

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r available data types are sparse, compressed	matrices, a long accumulator for an exact scalar produ
or undirected graphs G1 and G2 with adjacency	matrices A1 and A2 are given.
All	matrices and vectors are available in all classical nu
representation theory, relations with random	matrices and integrable systems, and the difference eq
applied a different equalization for the new	matrices and this resulted in far better pressings and
in particular nonnegative rank of nonnegative	matrices and communication complexity.
ncDesigner uses NumPy arrays and SciPy sparse	matrices, and thus depends on the NumPy and SciPy modu
ducts have dictated the need for new types of	matrices and testing systems.
erge such as complex numbers, p-adic numbers,	matrices, and various Banach algebras.
ndry was the first manufacturer of typefaces,	matrices and other type-related equipment in Cincinnat
free probability, in particular, using random	matrices and a new concept of entropy to solve several
MTL supports several implementations of dense	matrices and sparse matrices.
most famous for introducing alternating sign	matrices and his work on generalized Heron's formula.
nalysis of variance certain positive-definite	matrices appear.
lacing zeros above and below each pivot; such	matrices are said to be in reduced row echelon form.
y, because the elements of its transformation	matrices are derived from the calculation of sines and
e pixel is classified correctly and the error	matrices are more accurate.
Thermoplastic	matrices are commonplace in mass production industries
The PAM	matrices are normalized so that, for instance, the PAM
Custom Switch	Matrices are used extensively throughout test systems
Similarity	matrices are used in sequence alignment.
allest upper bounds for any large rectangular	matrices are for those of Gaussian matrices.
Nucleotide similarity	matrices are used to align nucleic acid sequences.
The element	matrices are read from files or created as needed and
It assumes	matrices are laid out in a two-dimensional block cycli
Noting that signature	matrices are both symmetric and involutary, they are t
e (G) and Thymine (T)), nucleotide similarity	matrices are much simpler than protein similarity matr
The	matrices are based on the minimum percentage identity
Any network can be described by set of	matrices based on the network topology.
ng language supporting among other datatypes,	matrices, boleans, intervals, sets and fractions.
parse matrix given as the assembly of element	matrices by assembling the matrix and eliminating equa
ually inverse (finite or infinite) triangular	matrices can be formed by arranging the Stirling numbe
A more sophisticated description using	matrices can be achieved by separating the observed ob
Circulant	matrices can be interpreted geometrically, which expla
Volatile substances in liquid or solid	matrices can be made available by the purge and trap t
alculating the eigenvalues of nine classes of	matrices: complex general, complex Hermitian, real gen
used on the use of three dimensional collagen	matrices containing fibroblasts to learn about the mec
	Matrices containing zeros below each pivot are said to
R's data structures include scalars, vectors,	matrices, data frames (similar to tables in a relation
Other analytes are often in complex	matrices, e.g., heavy metals in pond water.
Conference	matrices first arose in connection with a problem in t
wn that, for nontrivial irreducible incidence	matrices, flow equivalence is completely determined by
ound and was detected only in low-temperature	matrices for a long time.
	Matrices for lower similarity sequences require longer
and various new dye-doped solid-state organic	matrices have been discovered.
such networks were represented by conference	matrices, hence the name.
ordan elimination is an algorithm for getting	matrices in reduced row echelon form using elementary
ditional support for biclustering rectangular	matrices in the form of other datatypes, including cMo
uantity of interest in the study of incidence	matrices in graph theory, and of certain one-dimension
a frames, contingency tables, random numbers,	matrices in a user friendly virtual worksheet.
aximal in Co0, N is the group of all integral	matrices in Co0.
The number of distinct m-by-n binary	matrices is equal to 2mn, and is thus finite.
which satisfies this property for all n by n	matrices is called a Grothendieck constant and denoted
but for infinite	matrices, is named after him.
erative search with position-specific scoring	matrices is also available.
al, complex and interval numbers, vectors and	matrices, it can produce 2D/3D plots, and uses Maxima
es in the world and complete sets of dies and	matrices, it also has an extensive library, a richly d
However the individual cobble	matrices match sediments found in the upper Pysht and
ed isospectral or cospectral if the adjacency	matrices of the graphs have equal multisets of eigenva
compute many eigenvalues and eigenvectors for	matrices of rather large size [13,14,16].
rix and Mr and My are the variance-covariance	matrices of the residuals and observations, respective
e electrical response of thermoset resins and	matrices of composite materials at specified depth ove
m is one of the	matrices of G
(1958) "Cultural	Matrices of Chinookan Non-Casual Language."
ndles real, complex, and interval values, and	matrices of these types.
(found by considering the determinants of the	matrices on the left and right sides of the matrix for
group theory, for example to finite groups of	matrices over the complex numbers in small dimension.
trivial example is the set Matn(B) of square	matrices over a boolean algebra B, where the matrices
ing point arithmetic, finite fields, vectors,	matrices, polynomials, lattice basis reduction and bas
terized a biophysical effect in extracellular	matrices populated with cells or nonliving particles,
rs and spectral perturbation theory, Toeplitz	matrices, random matrices, and damped wave operators.
The four	matrices reflect the probabilities of the central, nin
Geometrically, signature	matrices represent a reflection in each of the axes co
Shpolskii	matrices result from fortuitous compatibility between
y, some linear algebra of two dimensions with	matrices, some combinatorics, and a little statistics.
has been successfully used with thermoplastic	matrices such as polybutylene terephthalate (PBT) eith
tion/ionization methods using other inorganic	matrices, such as nanomaterials, are often regarded as
y differential equations using characteristic	matrices Szalai R, Stepan G and Hogan SJ
Philips in the 1970s and are two-dimensional	matrices that have the sequences of the proteins being
ce, this method works in the space of density	matrices that can be spanned by an over-complete basis
1; MIM 131390), are thin pericellular protein	matrices that control a large number of cellular activ
lection, the evolution of variance-covariance	matrices, the detection of evolutionary constraints, a
ty that, when it is the product of two square	matrices, the matrices can be said to be the inverse o
Thus, if f and t are real	matrices, their normalized cross-correlation equals th
mith-Winograd algorithm for multiplying these	matrices, this gives an asymptotic worst-case running
Baxter used calculations with corner transfer	matrices to guess the correct solution of the hard hex
Later, she started to use	matrices to analyze vibrations of airplanes during Wor
okande severely restricts the neutrino mixing	matrices to the form
mpletely positive map from the set of density	matrices to itself.
the list, the expansion of the size limit of	matrices to 50x50, and the (unintentional) addition of
Apart from the representation of triangular	matrices, triangular arrays are used in several algori
Method of Molding Structural	Matrices, U.S. Patent #3,229,004, 1966.
ng capabilities, creation and manipulation of	matrices up to 6x6 in size, and programming in Texas I
AM) or Percent Accepted Mutation, is a set of	matrices used to score sequence alignments.
, and the production of natural and synthetic	matrices used as delivery systems for cells or cell pr
analyse data (e.g., chemical and biological)	matrices using regression and/or pattern recognition t
standard eigenvalue problems with real sparse	matrices using iterative solvers.
the results of Kummer diagonalising symmetric	matrices, using determinants and Sturm functions.
tangent linear, adjoint and K (full Jacobian	matrices) versions of the model; the latter three modu
okande severely restricts the neutrino mixing	matrices was first presented by D. V. Ahluwalia in a N
Then, the individual normal equation	matrices were combined and the resultant matrix solved
The PAM	matrices were introduced by Margaret Dayhoff in 1978 b
The	matrices were created by merging (clustering) all sequ
s that if M, H and P are all n by n Hermitian	matrices, where M has eigenvalues
he restricted isometry property characterizes	matrices which are nearly orthonormal, at least when o
formulation produced very large, very sparse	matrices which required special techniques to solve ef
r,Formulas for Stress, Strain, and Structural	Matrices, Wiley, 2nd edition (November 11, 2004), ISBN
There are no known large	matrices with bounded restricted isometry constants, b
"The biplot graphic display of	matrices with application to principal component analy
Saccharomyces yeasts can form symbiotic	matrices with bacteria, and are used to produce kombuc
omputation of eigenvalues and eigenvectors of	matrices, written in FORTRAN.

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「MATRICES」の共起表現一覧(1語右で並び替え)