Examples of using Cdot in English and their translations into Russian
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Colloquial
Cluster IP-address Full list of clusters Credentials(login and password) for the CDOT local Administrator.
A null vector is one for which A⋅ A 0,{\displaystyle A\cdot A=0,} while a zero vector is one whose components are all zero.
That is, if i is not a right angle,then the actual velocity is greater than v e⋅ sin i{\displaystyle v_{e}\cdot\sin i.
The running time of their algorithm is O( m n⋅ log( m n)){\displaystyle O(mn\cdot\log(mn))} for two polygonal curves with m and n segments.
To compute the above expression, the main problem is to compute the polynomial products a i⋅ x i{\displaystyle a_{i}\cdot x_{i.
Displaystyle L_{0 L\cdot\gamma.\qquad\qquad{\text{(1)}}} with respect to which the measured length in S is contracted by L L 0′/ γ.
In mathematics, a Cullen number is a natural number of the form n⋅ 2 n+ 1{\displaystyle n\cdot 2^{n}+1} written C n{\displaystyle C_{n.
As the notation hints, the operation(⋅{\displaystyle\cdot})ω is the infinite version of the Kleene star operator on finite-length languages.
QED The lemma above shows the existence of a set coverof cost O log(| U|) c⋅ x∗{\displaystyle O\log(|{\mathcal{U}}|)c\cdot x.
The area K of a tangential quadrilateral is given by K r⋅ s,{\displaystyle\displaystyle K=r\cdot s,} where s is the semiperimeter and r is the inradius.
Let E be a finite-dimensional Euclidean vector space, with the standard Euclidean inner product denoted by(⋅,⋅){\displaystyle\cdot,\cdot.
Note that the operator⟨⋅,⋅⟩: Φ× Φ→ Z{\displaystyle\langle\cdot,\cdot\rangle\colon\Phi\times\Phi\to\mathbb{Z}} defined by property 4 is not an inner product.
In number theory, a Woodall number(Wn) is any natural number of the form W n n⋅ 2 n- 1{\displaystyle W_{n}=n\cdot 2^{n}-1} for some natural number n.
The derived value is given as v e⋅ sin i{\displaystyle v_{e}\cdot\sin i}, where ve is the rotational velocity at the equator and i is the inclination.
This is to say we can find a matrix P anda diagonal matrix D such that A P⋅ D⋅ P- 1{\displaystyleA=P\cdot D\cdot P^{-1.
Two vectors are said to be orthogonal if A⋅ B 0.{\displaystyle A\cdot B=0.} Unlike the case with 3-vectors, orthogonal 4-vectors are not necessarily at right angles with each other.
For example, we want to decide if K X′{\displaystyle K_{X'}}is nef, so intersection numbers K X′⋅ C{\displaystyle K_{X'}\cdot C} must be defined.
The reason for w⋅ log( n/ w)>r{\displaystyle w\cdot\log(n/w)>r} is that we want ϕ{\displaystyle\phi} to be a compression function, so the input must be larger than the output.
Thus, with positive probability there are no bad events andx′{\displaystyle x'} is a set cover of cost at most 2 λ c⋅ x∗{\displaystyle 2\lambda c\cdot x.
In addition, there are identity constrains on F{\displaystyle F} given by,F⋅ I I{\displaystyle F\cdot\mathbb{I}=\mathbb{I}} where I{\displaystyle\mathbb{I}} represents a vector of ones.
Those two sets of m t{\displaystyle mt} and t{\displaystyle t}points are disjoint by the birthday paradox if we make sure that t⋅ m t≤ N{\displaystyle t\cdot mt\leq N.
Using a nonlinear mixing function f(⋅|θ){\displaystyle f(\cdot|\theta)} with parameters θ{\displaystyle\theta} the nonlinear ICA model is x f( s| θ)+ n{\displaystyle x=f(s|\theta)+n.
Choosing large public key: Replace e{\displaystyle e}by e′{\displaystyle e'}, where e′ e+ k⋅ φ( N){\displaystyle e'=e+k\cdot\varphi(N)} for some large of k{\displaystyle k.
The inner product⟨⋅,⋅⟩{\displaystyle\langle\cdot,\cdot\rangle} is that of the Lie algebra g,{\displaystyle{\mathfrak{g}},} invariant under the action of the Weyl group on h⊂ g,{\displaystyle{\mathfrak{h}}\subset{\mathfrak{g}},} the Cartan subalgebra.
Given a spatial index that grants a neighborhood query in O( log n){\displaystyle O(\log n)} runtime,an overall runtime of O( n⋅ log n){\displaystyle O(n\cdot\log n)} is obtained.
The message is now easily obtained. m s′⋅ r- 1( mod n){\displaystyle{\ begin{ aligned}m= s'\ cdot r^{-1}{\pmod{ n}}\ end{ aligned}}} This attack works because in this blind signature scheme the signer signs the message directly.
In first approximation, the energy density of the interaction between two ferromagnetic layers separated by a non-magnetic layer is proportional to the scalar product of their magnetizations:w- J( M 1⋅ M 2).{\displaystyle w=- J(\ mathbf{ M}_{ 1}\ cdot\ mathbf{ M}_{ 2}).} The coefficient J is an oscillatory function of the thickness of the non-magnetic layer ds; therefore J can change its magnitude and sign.
By the cosine law it is seen that: l 2 r 2+x 2- 2⋅ r⋅ x⋅ cos A{\displaystyle l^{ 2}= r^{ 2}+ x^{ 2} -2\cdot r\ cdot x\ cdot\ cos A} The equations that follow describe the reciprocating motion of the piston with respect to crank angle.
The Schönhage-Strassen algorithm uses the fast Fourier transform(FFT) to compute integer products in time O( n log n⋅ log log n){\displaystyle O(n\log n\cdot\log\log n)} and its authors, Arnold Schönhage and Volker Strassen, conjecture a lower bound of Ω( n log n){\displaystyle\Omega n\log n.
In an experimental comparison, Richter et al. found that the Multiply-Shift family of hash functions(defined as h z( x)( x⋅ z mod 2 w)÷ 2 w- d{\displaystyle h_{ z}( x)=( x\ cdot z{\bmod{ 2}}^{ w})\ div 2^{w-d}}) was"the fastest hash function when integrated with all hashing schemes, i.e., producing the highest throughputs and also of good quality" whereas tabulation hashing produced"the lowest throughput.
