access on a need-to-know basis - перевод на русский
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На этой странице Вы можете получить подробный анализ слова или словосочетания, произведенный с помощью лучшей на сегодняшний день технологии искусственного интеллекта:

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  • примеры употребления (несколько фраз с переводом)
  • этимология

access on a need-to-know basis - перевод на русский

TERM USED FOR RESTRICTION OF VERY CLASSIFIED INFORMATION
Need-to-know; Need to know basis
Найдено результатов: 15759
access on a need-to-know basis      
доступ (к информации) по принципу служебной необходимости (по принципу "положено знать")
need-to-know         
необходимость ознакомления; "положено знать"
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

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
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

Определение

ноу-хау
ср. нескл.
Техническое изобретение или идея, которые дают максимальный практический эффект при минимуме затрат.

Википедия

Need to know

The term "need to know", when used by government and other organizations (particularly those related to the military or espionage), describes the restriction of data which is considered very sensitive. Under need-to-know restrictions, even if one has all the necessary official approvals (such as a security clearance) to access certain information, one would not be given access to such information, or read into a clandestine operation, unless one has a specific need to know; that is, access to the information must be necessary for one to conduct one's official duties. This term also includes anyone that the people with the knowledge deemed necessary to share it with.

As with most security mechanisms, the aim is to make it difficult for unauthorized access to occur, without inconveniencing legitimate access. Need-to-know also aims to discourage "browsing" of sensitive material by limiting access to the smallest possible number of people.

Как переводится access on a need-to-know basis на Русский язык