Examples of using Linear approximation in English and their translations into Italian
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I finally figured out the linear approximations.
It is the linear approximation of the curve in a small neighbourhood of that point.
Derivative of implicit functions and of the inverse 16. Linear approximation.
This created a piece-wise linear approximation of an exponential.
it is deinterlaced with simple linear approximation.
You can also create a linear approximation of a spline from a polyline.
As a first derivative it provides a linear approximation.
A linear approximation is used inside the box, which gives a more predictable behavior.
Energetic considerations on Landau damping and breakdown of linear approximation; 4.
The LCPO method uses a linear approximation of the two-body problem for a quicker analytical calculation of ASA.
There are also techniques for iteratively improving linear approximations Matsui 1994.
In mathematics, a linear approximation is an approximation of a general function using
Linearity error(potential deviation of the measured value from the linear approximation).
including using multiple linear approximations or incorporating non-linear expressions, leading to a generalized partitioning cryptanalysis.
they are more accurately referred to as linear approximations.
section of the cotangent bundle, that gives a local linear approximation to f in the cotangent space at each point.
Linear approximations for S-boxes then must be combined with the cipher's other actions, such as permutation and key mixing, to arrive at linear approximations for the entire cipher.
principle used in linear cryptanalysis to construct linear approximation to the action of block ciphers.
This procedure can be repeated with other linear approximations, obtaining guesses at values of key bits,
the derivative of a function at a point generally determines the best linear approximation to the function at that point.
For this reason, we can always study propagation in its linear approximation; i.e. assuming that the response of an element
subclasses to be solved with convex(minimization problem) or linear approximations that form a lower bound on the overall cost within the subdivision.
Having obtained a linear approximation of the form:
and E(U-B), one linear approximation to intrinsic colours as defined from(5).