While fuzzing, you may need to extrapolate or describe analytically a “fuzzing curve”, which is the dependency between the number of bugs found and the count of fuzzing inputs. Here I will share my ...

We can calculate the gradient of a tangent to a curve by differentiating. In order to find the equation of a tangent, we: Differentiate the equation of the curve Substitute the \(x\) value into the ...

Curved graphs can be used to solve equations. The points at which the curve crosses a particular line on the graph are the solutions to the equation. If we want to solve the equation ...

Part two in our series exploring the different models for organisational change Larry Reynolds disects the ‘change equation’ and the ‘change curve.’ In part two of this series we’ll be considering two ...

pyeq3 contains a large collection of equations for Python 3 curve fitting and surface fitting that can output source code in several computing languages, and run a genetic algorithm for initial ...

The Lagrangian description of absolutely continnous curves of probability measures on the real line is analyzed. Whereas each such curve admits a Lagrangian description as a well-defined flow of its ...