basis of randomization - перевод на русский
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basis of randomization - перевод на русский

STATISTICAL METHOD IN GENETIC EPIDEMIOLOGY
Mendelian randomisation; Mendelian randomization analysis; Mendelian Randomization
  • Directed acyclic graph traditionally used to represent the Mendelian randomization framework and its core assumptions. <math>Z</math> is the genetic variants, <math>X</math> is the exposure, <math>Y</math> is the outcome of interest, and <math>U</math> are possible confounders.
  • Gregor Mendel. The term Mendelian randomization was termed because the random assignment of genetic variants from parents to offspring is fundamental to the method.
Найдено результатов: 51562
basis of randomization      

математика

основа рандомизации

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
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)
вектор базиса

Определение

грип
ГРИП, ГРИПП, гриппа, ·муж. (·франц. grippe) (мед.). Инфекционная болезнь - катарральное воспаление дыхательных путей, сопровождаемое лихорадочным состоянием; то же, что инфлуэнца
.
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Википедия

Mendelian randomization

In epidemiology, Mendelian randomization (commonly abbreviated to MR) is a method using measured variation in genes to interrogate the causal effect of an exposure on an outcome. Under key assumptions (see below), the design reduces both reverse causation and confounding, which often substantially impede or mislead the interpretation of results from epidemiological studies.

The study design was first proposed in 1986 and subsequently described by Gray and Wheatley as a method for obtaining unbiased estimates of the effects of a putative causal variable without conducting a traditional randomized controlled trial (i.e. the "gold standard" in epidemiology for establishing causality). These authors also coined the term Mendelian randomization.

https://en.wikipedia.org/wiki/Mendelian randomization
Как переводится basis of randomization на Русский язык
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