Projects
NeurOptim
Research initiative exploring how Neuromorphic Computing and Computational Intelligence can give rise to a new generation of optimisation algorithms, providing open tools, models, and insights for the scientific community.
NeurOptimiser
Neuromorphic optimisation framework that combines spiking neural dynamics with heuristic search principles, enabling the design, simulation, and evaluation of decentralised, asynchronous metaheuristic processes inspired by biological computation.
CUSTOMHyS-Qt
CUSTOMHyS-Qt is a Qt-based graphical user interface for the CUSTOMHyS package, making it easier to use for those who prefer a visual tool.
CUSTOMHyS
It provides tools for solving, but not limited to, continuous optimisation problems using a hyper-heuristic approach for customising metaheuristics.
MatHH
MatHH is a MATLAB toolbox developed for coding and testing hyper-heuristics.
Fractional-Order Coupled Springs
Analytical and experimental study for mechanical vibrations of a two-coupled spring masses system via Caputo-based derivatives
Fractional-Order Capacitor
Determination of a physically correct fractional-order model for electrolytic computer-grade capacitors
Fractional-Order Entropy in Mass-Spring-Damper System
Entropy Generation in a Mass-Spring-Damper System Using a Conformable Model
Fractional-Order Catenary Curve
Fractional solution of the catenary curve
Fractional-Order Gaussian Derivative
A closed form expression for the Gaussian–based Caputo–Fabrizio fractional derivative for signal processing applications