GColom

PhD student in Physics of Complex Systems

@unibo

Pinned Repositories

NeuroResL
Language:Python1 1 00
Hopfieldcpp
Hopfield Network class in C++, with parallel features using openmp.
Language:C++00
HopfieldNetwork
Parallel implementation of the Stochastic Hopfield Model in Python and Numpy, using Multiprocessing.
Language:Python3 1 01
logistic_map
Tiny C++ program that displays the orbit diagram for the logistic map. The diagram is obtained by plotting the stationary state for an array of values of r, once transients have decayed. Graphics is provided by the matplotlibcpp.h header-only library.
Language:C++00
LZ78
Attempt at a module containing the tools to estimate a stochastic source's entropy rate from (sufficiently long) samples. The procedure fundamentally relies on the Lempel-Ziv 78 lossless compression algorithm.
Language:Python1 0 00
pstools
Very simple header for the manipulation of Phase Space orbits of 2-dimensional dynamical systems. Thought for working with numerical integrators.
Language:C++00
pyradar5
Python wrapper for the RADAR5 DDE integrator
Language:C00
simplified-covid-model
Simple distributed delay COVID-19 epidemiological model.
Language:Python01
stochRK4
Leapfrog-stochastic Runge-Kutta explicit method of order 4
Language:Python10
trajectory-forecast
Cyclist trajectory forecast project for the Applied Machine Learning PhD exam.
Language:Jupyter Notebook00

GColom/HopfieldNetwork
Parallel implementation of the Stochastic Hopfield Model in Python and Numpy, using Multiprocessing.
Language:Python3 1 01
GColom/LZ78
Attempt at a module containing the tools to estimate a stochastic source's entropy rate from (sufficiently long) samples. The procedure fundamentally relies on the Lempel-Ziv 78 lossless compression algorithm.
Language:Python1 0 00
GColom/stochRK4
Leapfrog-stochastic Runge-Kutta explicit method of order 4
Language:Python10
GColom/Hopfieldcpp
Hopfield Network class in C++, with parallel features using openmp.
Language:C++00
GColom/logistic_map
Tiny C++ program that displays the orbit diagram for the logistic map. The diagram is obtained by plotting the stationary state for an array of values of r, once transients have decayed. Graphics is provided by the matplotlibcpp.h header-only library.
Language:C++00
GColom/pstools
Very simple header for the manipulation of Phase Space orbits of 2-dimensional dynamical systems. Thought for working with numerical integrators.
Language:C++00
GColom/pyradar5
Python wrapper for the RADAR5 DDE integrator
Language:C00
GColom/simplified-covid-model
Simple distributed delay COVID-19 epidemiological model.
Language:Python01
GColom/trajectory-forecast
Cyclist trajectory forecast project for the Applied Machine Learning PhD exam.
Language:Jupyter Notebook00