Übersetzung für 'row vector' von Englisch nach Deutsch

row vector

Zeilenvektor {m}math.

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right side row <RS row> [knitting]

Hinreihe {f} [Stricken]textil.

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wrong side row <WS row> [knitting]

Rückreihe {f} [Stricken]textil.

four-vector <4-vector>

Vierervektor {m}math.phys.

vector

Vektor {m}math.

Überträger {m}biol.

transformation vector

Transformationsvektor {m}biotech.

torque vector

Drehmomentvektor {m}engin.phys.

field vector

Feldvektor {m}electr.

acceleration vector

Beschleunigungs­vektor {m}phys.

velocity vector

Geschwindigkeitsvektor {m}phys.

basis vector

Basisvektor {m}math.

vector subspace

Untervektorraum {m}math.

dispersal vector

Ausbreitungs­vektor {m}bot.

weight vector

Gewichtsvektor {m}math.

light vector

Lichtvektor {m}optics

vector algebra

Vektorrechnung {f}math.

normal vector

normaler Vektor {m}math.

vector-based {adj}

vektorbasiert

stress vector

Spannungs­vektor {m}tech.

phage vector

Phagenvektor {m}biochem.

• This corresponds to transforming a column vector (element of "V") to a row vector (element of "V"*) by transpose, but a different choice of basis gives a different isomorphism: the isomorphism "depends on the choice of basis".
• Typically, the row vector is written in the more compact binary form "v" = 0.010110 which is 0.34375 in decimal.
• Matrix multiplication involves the action of multiplying each row vector of one matrix by each column vector of another matrix.
• The two groups can be distinguished by whether they write the derivative of a scalar with respect to a vector as a column vector or a row vector.
• That is, the row vector of components [...] transforms as a "covariant" vector.

• In some applications it is customary to represent the gradient as a row vector or column vector of its components in a rectangular coordinate system; this article follows the convention of the gradient being a column vector, while the derivative is a row vector.
• In the general case, when the last row vector is not restricted to be [...] , the matrix becomes a "projective transformation matrix" (as it can also be used to perform projective transformations).
• is a row vector of size n and [...] is a corresponding column vector of size 1.
• Let this row vector be called [...].
• This differentiation yields a [...] row vector, and indicates the sensitivity of the likelihood (its derivative normalized by its value).

• In a weighted sample, each row vector [...] (each set of single observations on each of the "K" random variables) is assigned a weight [...].
• is a scalar-valued function, the Jacobian matrix reduces to the row vector [...]; this row vector of all first-order partial derivatives of [...] is the transpose of the gradient of [...] , i.e.
• be a row vector of binary data bits, [...]. The codeword [...] for any of the 16 possible data vectors [...] is given by the standard matrix product [...] where the summing operation is done modulo-2.
• Thus, the complex conjugate to a vector [...] particularly in finite dimension case, may be denoted as [...] (v-dagger, a row vector which is the conjugate transpose to a column vector [...]).