Примеры использования Textstyle на Английском языке и их переводы на Русский язык
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Let b{\textstyle b} be an integer that is much less than q{\textstyle q.
Otherwise, the function has⌊ β⌋{\displaystyle\textstyle\lfloor\beta\rfloor} continuous derivatives.
Both of these numbers are given by the binomial coefficient( n- 1 k- 1){\displaystyle\textstyle{n-1\choose k-1.
There are( a b){\displaystyle\textstyle{a\choose b}} orbits of size 1 and there are no orbits of size pp.
To prove the third claim, we show that X⊆⋃k B k s, t{\displaystyle\textstyle X\subseteq\bigcup_{ k} B_{ k}^{ s, t.
A quadratic( n 2{\textstyle n=2}) Bézier triangle features 6 control points which are all located on the edges.
The set of polynomials over a finite field with the operations of addition and multiplication forms an infinite polynomial ring F q{\textstyle\mathbf{F}_{q.
Therefore, every column vector of A{\textstyle A} is a linear combination of the columns of C{\textstyle C.
The number of such partitions or equivalence relations is by definition the Stirling number ofthe second kind S(n, x), also written{ n x}{\displaystyle\textstyle\{{n\atop x}\.
Let D{\textstyle D} be a distribution over vectors in the vector space R n{\textstyle\mathbb{R}^{n.
Other cases of underdetermined( J>D{\textstyle J>D}) and overdetermined J< D{\textstyle J.
The values n{\textstyle n}, q{\textstyle q}, together with the polynomial Φ( x){\displaystyle\Phi(x)} partially define the mathematical context for the RLWE problem.
A commentator who signed his name simply as"S" provided the counterexample of( e- 1/ t)t{\displaystyle\textstyle( e^{ -1/t})^{ t}}, and this quieted the debate for some time.
The approximant y( x){\textstyle y(\mathbf{x})} is differentiable with respect to the weights w i{\textstyle w_{i.
The quotient ring is typically the finite quotient(factor) ring formed by reducing all of the polynomials in F q{\textstyle\mathbf{F}_{q}} modulo an irreducible polynomial Φ( x){\textstyle\Phi x.
Under H 1{\displaystyle\textstyle H_{1}}, we choose θ{\displaystyle\textstyle\theta} randomly from anywhere within 0 to 1, and ask the same question.
In both cases, the p-value is lower than the significance level, α, of 5%,so the frequentist approach rejects H 0{\displaystyle\textstyle H_{0}} as it disagrees with the observed data.
The Bayesian finds that H 0{\displaystyle\textstyle H_{0}} is a far better explanation for the observation than H 1{\displaystyle\textstyle H_{1.
It can be shown that any continuous function on a compact interval can in principle be interpolated with arbitrary accuracy by a sum of this form, if a sufficiently large number N{\textstyle N} of radial basis functions is used.
The Bayesian approach evaluates H 0{\displaystyle\textstyle H_{0}}as an alternative to H 1{\displaystyle\textstyle H_{1}}, and finds the first to be in better agreement with the observations.
As a result, the standard results for consistency and asymptotic normality of maximumlikelihood estimates of β{\displaystyle\beta} only apply when β≥ 2{\displaystyle\textstyle\beta\geq 2.
The weights w i{\textstyle w_{i}} can be estimated using the matrix methods of linear least squares,because the approximating function is linear in the weights w i{\textstyle w_{i.
Various visualizations of the icosahedron edit In geometry, a Schlegel diagram is a projection of a polytope from R d{\textstyle\mathbb{R}^{d}} into R d- 1{\textstyle\mathbb{R}^{d-1}} through a point beyond one of its facets or faces.
As β→∞{\displaystyle\textstyle\beta\rightarrow\infty}, the density converges pointwise to a uniform density on( μ- α, μ+ α){\displaystyle\textstyle\mu-\alpha,\mu+\alpha.
Another method is to use dynamic programming: recursively breaking the observation matrix X{\textstyle{\boldsymbol{X}}} into its sub-matrices and run the inference algorithm on these sub-matrices.
The generalized normal log-likelihood function has infinitely many continuous derivates(i.e. it belongs to the class C∞ of smooth functions)only if β{\displaystyle\textstyle\beta} is a positive, even integer.
This constitutes the case where the matrix is square J D{\textstyle J=D}, where D{\textstyle D} is the input dimension of the data and J{\textstyle J} is the dimension of the model.
These include: Since the determinant of a triangular matrix is the product of its diagonal entries, if T is triangular, then det( λ I- T)∏ i( λ- T i i){\displaystyle\textstyle \det(\lambda I-T)=\prod_{i}\lambda-T_{ii.
One therefore chooses m{\displaystyle\textstyle m} elements out of n 1+⋯+ n p{\displaystyle\textstyle n_{1}+\dots+n_{p}} in the left-hand side, which is also exactly what is done in the right-hand side.
In the RLWE context the coefficients of the polynomials and all operations involving those coefficients will be done in a finite field,typically the field Z/ q Z F q{\textstyle\mathbf{Z}/q\mathbf{Z}=\mathbf{F}_{q}} for a prime integer q{\textstyle q.