Examples of using Linearization in English and their translations into Greek
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Financial
-
Official/political
-
Computer
Linearization of the inputs up to 16 points.
Simple and convenient linearization calibration.
For the linearization in concurrent computing, see Linearizability.
This is the content of linearization theorem.
The linearization technology of amplifier of radio frequency power.
For non-linear circuits, the operating point linearization is done automatically.
Linearization is another technique for solving nonlinéar equations.
In higher dimensions,the derivative of a function at a point is a linear transformation called the linearization.
Linearization, replication methods(random groups, jackknife, bootstrap).
Cells should make sense when read in order and should include structural elements(that create paragraphs, headers, lists, etc.)so the page makes sense after linearization.
The linearization of f in all directions at once is called the total derivative.
Since the derivative is the slope of the linear approximation to f at the point a, the derivative(together with the valueof f at a) determines the best linear approximation, or linearization, of f near the point a.
Linearization of input and calculated values(up to 32 linearization points supported).
One way of improving the approximation is to take a quadratic approximation.That is to say, the linearization of a real-valued function f(x) at the point x0 is a linear polynomial a+ b(x- x0), and it may be possible to get a better approximation by considering a quadratic polynomial a+ b(x- x0)+ c(x- x0)2.
Linearization and resampling are widely used techniques for data from complex sample designs.
To do this they used the Atiyah-Singer index theorem to calculate the dimension of the tangent space of the moduli space at a point; the tangent space is essentially the space of solutions of an elliptic differential operator,given by the linearization of the non-linear Yang-Mills equations.
The YTA310 enables advanced linearization of 20 types of industrial temperature sensors and input signals.
Linearization techniques are incorporated into power amplifiers and transmitters for the dual purposes of improving linearity and for allowing operation with le.
In particular, the implementation of linearization of the AC load flow equations combined with the Gram-Charlier expansion or Cornish-Fisher method in the grid of Crete extracted reliable results in a very short time frame compared with the other examined methods.
Linearization techniques are incorporated into power amplifiers and transmitters for the dual purposes of improving linearity and for allowing operation with less back-off and therefore higher efficiency.