Examples of using Vec in English and their translations into Russian
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How can I convert. vec file?
Vec file extension Orbiter Vector Map File.
What is File Extension VEC?
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What application can open. vec file?
Input data: array[ math]\ vec{ x}[/ math] with elements[math]x_i/math.
This service is also provided through the VEC sector.
The weight vector w→{\displaystyle{\vec{w}}} is learned from a set of labeled training samples.
Unsure about which type of VEC file you have?
The limit operation on I can be written Lδ or I→{\displaystyle{\vec{I.
The Victorian Electoral Commission(VEC) has developed a Disability Action Plan aimed at improving access to the Victorian electoral system.
You can do things like multiply a vec by a scalar.
At the third stage, the residual[math]\vec{r} A\vec{x}-\vec{b}[/math] and the related characteristics are calculated.
At the second stage, the calculated decomposition is used to solve the SLAE[math]P L U\vec{x}\vec{b}/math.
They are often denoted using normal vector notation(e.g.,i or ı→{\displaystyle{\vec{\imath}}}) rather than standard unit vector notation e.g., ı^{\displaystyle\mathbf{\hat{\imath.
There are two broad classes of methods for determining the parameters of a linear classifier w→{\displaystyle{\vec{w.
Consider a set of observations x→{\displaystyle{\vec{x}}}(also called features, attributes, variables or measurements) for each sample of an object or event with known class y{\displaystyle y.
The first fragmentdescribes the forward substitution, namely, the solution of the SLAE with a lower triangular matrix[math]L\vec{y}\vec{b}[/math] Fig.3.
As a generalization,the time derivative of a vector, say: V→,{\displaystyle{\vec{V}}=\left\,} is defined as the vector whose components are the derivatives of the components of the original vector.
The second fragment describes the back substitution,namely, the solution of the SLAE with an upper triangular matrix[math]U\vec{x}\vec{y}[/math] Fig.4.
The integral curves of the timelike unit vector field e→ 0{\displaystyle\scriptstyle{\vec{e}}_{0}} give a timelike congruence, consisting of the world lines of a family of observers called the Rindler observers.
The Biot-Savart law can be used to compute the secondary magnetic field b→( r→){\displaystyle{\vec{b}}\left{\vec{r}}\right.
Geometrically, the distance between these two hyperplanes is 2‖ w→‖{\displaystyle{\tfrac{2}{\|{\vec{w}}\|}}}, so to maximize the distance between the planes we want to minimize‖ w→‖{\displaystyle\|{\vec{w}}\|.
In this formalism, the inference problem consists of finding a function f: X→ Y{\displaystyle f: X\to Y}such that f( x→)∼ y{\displaystyle f({\ vec{ x}})\ sim y.
The third part(for which theperformance is not measured) calculates first the residual of the solution[math]\vec{r} A\vec{x}-\vec{b}[/math] and then its uniform norm, as well as the norm of the solution.
The diffusion approximation gives an expression for radiance L{\displaystyle L} in terms of fluence rate Φ{\displaystyle\Phi} andcurrent density J→{\displaystyle{\vec{J.
Using the second assumption of diffusion theory, we note that the fractional change in current density J→( r→,t){\displaystyle{\vec{J}}({\vec{r}}, t)} over one transport mean free path is negligible.
The concrete form of the free member f→( u→){\displaystyle{\vec{f}}({\vec{u}})} is extremely important, because: Commonly, f{\displaystyle f} have the form of N{\displaystyle N}-shaped dependence on u{\displaystyle u.
The classification problem is then to find a good predictor for the class y{\displaystyle y} of any sample of the same distribution(not necessarily from the training set)given only an observation x→{\displaystyle{\vec{x.
In the case of superfluid 4He in the gravitational field the force is given by F→-∇→( μ+ M 4 g z).{\displaystyle{\vec{F}}=-{\vec{\nabla}}(\mu+M_{4}gz).} In this expression μ is the molar chemical potential, g the gravitational acceleration, and z the vertical coordinate.