JOS in optimization : A well-match joint of Selective Leading Opposition (SLO) and Dynamic Opposite (DO) for optimization.

Freeman chain code. Binary image. One shape at a time.

Need to unplug ? -> Follow Trinity, deep into the rabbit hole ;-)

Function to compute the orthogonal reflection of any points or array of points. Help, doc, examples included.

Data-driven Arbitrary Polynomial Chaos Expansion for Machine Learning, Uncertainty quantification and Global sensitivity analysis

A function to create an animation of the propagation of an electromagnetic field, (pedagogic purpose).

A function to create an animation of the GPS constellation and working principle (pedagogic purpose).

TrimMod finds the trim point (equilibrium) of a Simulink system.

Upgrade and extension of m-scripts for M. Soumekh's book "Synthetic Aperture Radar Signal Processing with MatLab Algorithms".

Freeman chain code. Binary image. One shape at a time.

Need to unplug ? -> Follow Trinity, deep into the rabbit hole ;-)

Function to compute the orthogonal reflection of any points or array of points. Help, doc, examples included.

Data-driven Arbitrary Polynomial Chaos Expansion for Machine Learning, Uncertainty quantification and Global sensitivity analysis

A function to create an animation of the propagation of an electromagnetic field, (pedagogic purpose).

A function to create an animation of the GPS constellation and working principle (pedagogic purpose).

JOS in optimization : A well-match joint of Selective Leading Opposition (SLO) and Dynamic Opposite (DO) for optimization.

TrimMod finds the trim point (equilibrium) of a Simulink system.

Upgrade and extension of m-scripts for M. Soumekh's book "Synthetic Aperture Radar Signal Processing with MatLab Algorithms".

Freeman chain code. Binary image. One shape at a time.

Need to unplug ? -> Follow Trinity, deep into the rabbit hole ;-)