artificial basis technique - перевод на русский
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artificial basis technique - перевод на русский

ELEMENT OF A BASIS FOR A FUNCTION SPACE
Basis Function; Basis functions; Blending function; Basis Functions; Fourier basis
Найдено результатов: 1590
artificial basis technique      
метод искусственного базиса
artificial basis technique      
метод искусственного базиса
vector basis         
  • The same vector can be represented in two different bases (purple and red arrows).
  • This picture illustrates the [[standard basis]] in '''R'''<sup>2</sup>. The blue and orange vectors are the elements of the basis; the green vector can be given in terms of the basis vectors, and so is [[linearly dependent]] upon them.
  • [−1, 1]<sup>''n''</sup>}} as a function of dimension, ''n''. Boxplots show the second and third quartiles of this data for each ''n'', red bars correspond to the medians, and blue stars indicate means. Red curve shows theoretical bound given by Eq. (1) and green curve shows a refined estimate.<ref name = "GorbanTyukin2016"/>
SUBSET OF A VECTOR SPACE THAT ALLOWS DEFINING COORDINATES
Linear Algebra/Basis for a Vector Space; Linear algebra/Basis for a vector space; Basis of a vector space; Basis vector; Hamel basis; Hamel bases; Linear basis; Vector space basis; Basis vectors; Ordered basis; Vector decomposition; Basis (vector space); Vector basis; Basis (mathematics); Basis element; Algebraic basis; Basis (algebra); Component of a vector; Cone basis; Convex basis; Coordinate (vector space)

математика

векторный базис

ordered basis         
  • The same vector can be represented in two different bases (purple and red arrows).
  • This picture illustrates the [[standard basis]] in '''R'''<sup>2</sup>. The blue and orange vectors are the elements of the basis; the green vector can be given in terms of the basis vectors, and so is [[linearly dependent]] upon them.
  • [−1, 1]<sup>''n''</sup>}} as a function of dimension, ''n''. Boxplots show the second and third quartiles of this data for each ''n'', red bars correspond to the medians, and blue stars indicate means. Red curve shows theoretical bound given by Eq. (1) and green curve shows a refined estimate.<ref name = "GorbanTyukin2016"/>
SUBSET OF A VECTOR SPACE THAT ALLOWS DEFINING COORDINATES
Linear Algebra/Basis for a Vector Space; Linear algebra/Basis for a vector space; Basis of a vector space; Basis vector; Hamel basis; Hamel bases; Linear basis; Vector space basis; Basis vectors; Ordered basis; Vector decomposition; Basis (vector space); Vector basis; Basis (mathematics); Basis element; Algebraic basis; Basis (algebra); Component of a vector; Cone basis; Convex basis; Coordinate (vector space)

математика

упорядоченный базис

basis vector         
  • The same vector can be represented in two different bases (purple and red arrows).
  • This picture illustrates the [[standard basis]] in '''R'''<sup>2</sup>. The blue and orange vectors are the elements of the basis; the green vector can be given in terms of the basis vectors, and so is [[linearly dependent]] upon them.
  • [−1, 1]<sup>''n''</sup>}} as a function of dimension, ''n''. Boxplots show the second and third quartiles of this data for each ''n'', red bars correspond to the medians, and blue stars indicate means. Red curve shows theoretical bound given by Eq. (1) and green curve shows a refined estimate.<ref name = "GorbanTyukin2016"/>
SUBSET OF A VECTOR SPACE THAT ALLOWS DEFINING COORDINATES
Linear Algebra/Basis for a Vector Space; Linear algebra/Basis for a vector space; Basis of a vector space; Basis vector; Hamel basis; Hamel bases; Linear basis; Vector space basis; Basis vectors; Ordered basis; Vector decomposition; Basis (vector space); Vector basis; Basis (mathematics); Basis element; Algebraic basis; Basis (algebra); Component of a vector; Cone basis; Convex basis; Coordinate (vector space)

общая лексика

орт

основной вектор

математика

базисный вектор

component of a vector         
  • The same vector can be represented in two different bases (purple and red arrows).
  • This picture illustrates the [[standard basis]] in '''R'''<sup>2</sup>. The blue and orange vectors are the elements of the basis; the green vector can be given in terms of the basis vectors, and so is [[linearly dependent]] upon them.
  • [−1, 1]<sup>''n''</sup>}} as a function of dimension, ''n''. Boxplots show the second and third quartiles of this data for each ''n'', red bars correspond to the medians, and blue stars indicate means. Red curve shows theoretical bound given by Eq. (1) and green curve shows a refined estimate.<ref name = "GorbanTyukin2016"/>
SUBSET OF A VECTOR SPACE THAT ALLOWS DEFINING COORDINATES
Linear Algebra/Basis for a Vector Space; Linear algebra/Basis for a vector space; Basis of a vector space; Basis vector; Hamel basis; Hamel bases; Linear basis; Vector space basis; Basis vectors; Ordered basis; Vector decomposition; Basis (vector space); Vector basis; Basis (mathematics); Basis element; Algebraic basis; Basis (algebra); Component of a vector; Cone basis; Convex basis; Coordinate (vector space)

математика

составляющая вектора

linear basis         
  • The same vector can be represented in two different bases (purple and red arrows).
  • This picture illustrates the [[standard basis]] in '''R'''<sup>2</sup>. The blue and orange vectors are the elements of the basis; the green vector can be given in terms of the basis vectors, and so is [[linearly dependent]] upon them.
  • [−1, 1]<sup>''n''</sup>}} as a function of dimension, ''n''. Boxplots show the second and third quartiles of this data for each ''n'', red bars correspond to the medians, and blue stars indicate means. Red curve shows theoretical bound given by Eq. (1) and green curve shows a refined estimate.<ref name = "GorbanTyukin2016"/>
SUBSET OF A VECTOR SPACE THAT ALLOWS DEFINING COORDINATES
Linear Algebra/Basis for a Vector Space; Linear algebra/Basis for a vector space; Basis of a vector space; Basis vector; Hamel basis; Hamel bases; Linear basis; Vector space basis; Basis vectors; Ordered basis; Vector decomposition; Basis (vector space); Vector basis; Basis (mathematics); Basis element; Algebraic basis; Basis (algebra); Component of a vector; Cone basis; Convex basis; Coordinate (vector space)

математика

линейный базис

algebraic basis         
  • The same vector can be represented in two different bases (purple and red arrows).
  • This picture illustrates the [[standard basis]] in '''R'''<sup>2</sup>. The blue and orange vectors are the elements of the basis; the green vector can be given in terms of the basis vectors, and so is [[linearly dependent]] upon them.
  • [−1, 1]<sup>''n''</sup>}} as a function of dimension, ''n''. Boxplots show the second and third quartiles of this data for each ''n'', red bars correspond to the medians, and blue stars indicate means. Red curve shows theoretical bound given by Eq. (1) and green curve shows a refined estimate.<ref name = "GorbanTyukin2016"/>
SUBSET OF A VECTOR SPACE THAT ALLOWS DEFINING COORDINATES
Linear Algebra/Basis for a Vector Space; Linear algebra/Basis for a vector space; Basis of a vector space; Basis vector; Hamel basis; Hamel bases; Linear basis; Vector space basis; Basis vectors; Ordered basis; Vector decomposition; Basis (vector space); Vector basis; Basis (mathematics); Basis element; Algebraic basis; Basis (algebra); Component of a vector; Cone basis; Convex basis; Coordinate (vector space)

математика

алгебраический базис

vector decomposition         
  • The same vector can be represented in two different bases (purple and red arrows).
  • This picture illustrates the [[standard basis]] in '''R'''<sup>2</sup>. The blue and orange vectors are the elements of the basis; the green vector can be given in terms of the basis vectors, and so is [[linearly dependent]] upon them.
  • [−1, 1]<sup>''n''</sup>}} as a function of dimension, ''n''. Boxplots show the second and third quartiles of this data for each ''n'', red bars correspond to the medians, and blue stars indicate means. Red curve shows theoretical bound given by Eq. (1) and green curve shows a refined estimate.<ref name = "GorbanTyukin2016"/>
SUBSET OF A VECTOR SPACE THAT ALLOWS DEFINING COORDINATES
Linear Algebra/Basis for a Vector Space; Linear algebra/Basis for a vector space; Basis of a vector space; Basis vector; Hamel basis; Hamel bases; Linear basis; Vector space basis; Basis vectors; Ordered basis; Vector decomposition; Basis (vector space); Vector basis; Basis (mathematics); Basis element; Algebraic basis; Basis (algebra); Component of a vector; Cone basis; Convex basis; Coordinate (vector space)

математика

разложение вектора

component of a vector         
  • The same vector can be represented in two different bases (purple and red arrows).
  • This picture illustrates the [[standard basis]] in '''R'''<sup>2</sup>. The blue and orange vectors are the elements of the basis; the green vector can be given in terms of the basis vectors, and so is [[linearly dependent]] upon them.
  • [−1, 1]<sup>''n''</sup>}} as a function of dimension, ''n''. Boxplots show the second and third quartiles of this data for each ''n'', red bars correspond to the medians, and blue stars indicate means. Red curve shows theoretical bound given by Eq. (1) and green curve shows a refined estimate.<ref name = "GorbanTyukin2016"/>
SUBSET OF A VECTOR SPACE THAT ALLOWS DEFINING COORDINATES
Linear Algebra/Basis for a Vector Space; Linear algebra/Basis for a vector space; Basis of a vector space; Basis vector; Hamel basis; Hamel bases; Linear basis; Vector space basis; Basis vectors; Ordered basis; Vector decomposition; Basis (vector space); Vector basis; Basis (mathematics); Basis element; Algebraic basis; Basis (algebra); Component of a vector; Cone basis; Convex basis; Coordinate (vector space)
компонент вектора

Определение

ИСКУССТВЕННЫЙ ИНТЕЛЛЕКТ
раздел информатики, включающий разработку методов моделирования и воспроизведения с помощью ЭВМ отдельных функций творческой деятельности человека, решение проблемы представления знаний в ЭВМ и построение баз знаний, создание экспертных систем, разработку т. н. интеллектуальных роботов.

Википедия

Basis function

In mathematics, a basis function is an element of a particular basis for a function space. Every function in the function space can be represented as a linear combination of basis functions, just as every vector in a vector space can be represented as a linear combination of basis vectors.

In numerical analysis and approximation theory, basis functions are also called blending functions, because of their use in interpolation: In this application, a mixture of the basis functions provides an interpolating function (with the "blend" depending on the evaluation of the basis functions at the data points).

Как переводится artificial basis technique на Русский язык