Add to ORKGIt is possible to estimate derivatives of real functions with complex methods. These complex methods can increase speed or accuracy. The functions needs to be known to determine the derivative with a complex method.Applied Mathematic
In the theory of object reconstruction one needs the derivatives of an experimentally determined qua...
In the theory of object reconstruction one needs the derivatives of an experimentally determined qua...
In the theory of object reconstruction one needs the derivatives of an experimentally determined qua...
There are many different way of mathematics rules. Among them, we express finding the extreme values...
The numerical solution of an n-th order differential equation relies on an accurate approximation of...
Let θ̂n(x) be an estimator of a smooth function θ(x). It is proved that θ(x) can be estimated easier...
A method to approximate derivatives of real functions using complex variables which avoids the subtr...
Functions of complex variables arise frequently in the formulation of signal processing problems. Th...
We show that the Fréchet derivative of a matrix function $f$ at $A$ in the direction $E$, where $A$ ...
We show that the Fr\'echet derivative of a matrix function $f$ at $A$ in the direction $E$, where $A...
AbstractWe develop the complex interpolation associated with derivatives of analytic functions such ...
In the theory of object reconstruction one needs the derivatives of an experimen-tally determined qu...
We show that the Fr\'echet derivative of a matrix function $f$ at $A$ in the direction $E$, where $A...
It can be shown that several important special functions, e.g. Gaussian and confluent hypergeometric...
International audienceThe complex-step derivative approximation and its application to numerical alg...
In the theory of object reconstruction one needs the derivatives of an experimentally determined qua...
In the theory of object reconstruction one needs the derivatives of an experimentally determined qua...
In the theory of object reconstruction one needs the derivatives of an experimentally determined qua...
There are many different way of mathematics rules. Among them, we express finding the extreme values...
The numerical solution of an n-th order differential equation relies on an accurate approximation of...
Let θ̂n(x) be an estimator of a smooth function θ(x). It is proved that θ(x) can be estimated easier...
A method to approximate derivatives of real functions using complex variables which avoids the subtr...
Functions of complex variables arise frequently in the formulation of signal processing problems. Th...
We show that the Fréchet derivative of a matrix function $f$ at $A$ in the direction $E$, where $A$ ...
We show that the Fr\'echet derivative of a matrix function $f$ at $A$ in the direction $E$, where $A...
AbstractWe develop the complex interpolation associated with derivatives of analytic functions such ...
In the theory of object reconstruction one needs the derivatives of an experimen-tally determined qu...
We show that the Fr\'echet derivative of a matrix function $f$ at $A$ in the direction $E$, where $A...
It can be shown that several important special functions, e.g. Gaussian and confluent hypergeometric...
International audienceThe complex-step derivative approximation and its application to numerical alg...
In the theory of object reconstruction one needs the derivatives of an experimentally determined qua...
In the theory of object reconstruction one needs the derivatives of an experimentally determined qua...
In the theory of object reconstruction one needs the derivatives of an experimentally determined qua...