dpsanders/metodos-computacionales

hands_on_julia

LearnJulia2020

scipy_2014_julia

Metaprogramming_JuliaCon_2021

invitation_to_julia

julia_towards_1.0

ReversePropagation.jl

intermediate_julia

6.S083_fall_2019

IntervalsJuliaCon2020

intermediate_julia_2019

scipy_2014_python

SatisfiabilityInterface.jl

ExactReals.jl

julia_tutorial_inmegen

metodos-monte-carlo

ipython_extensions

curso-python

SimpleUnums.jl

SimpleSATSolver.jl

StaticTaylorSeries.jl

BilliardModels.jl

metodos_numericos_garantizados

JuliaCon2019_tshirt

cincinnati_julia_workshop

IntervalEigenvalues.jl

matplotlib-examples

sistemas_nolineales_neuronales

fisica_computacional

IntervalBase.jl

python_cientifico

FisicaComputacional2018_1

juliacon_2017_calculating_with_sets

cincinnati_2019

nolineales

hopping_times

random_matrix_notebooks

FisicaComputacional2017_2

LazyTaylorSeries.jl

18.337

multiple-metastable

FisicaComputacional2019_1

efficient_algorithm_Lorentz

intro_a_git

computo_cientifico_julia

ValidatedNumericsTests.jl

dinamica_nacional

SchurFunctions.jl

simplejl

LLG

RepoHistoryBrowser.jl

julia_tutorials

blog

dumbbell

FisicaComputacional2019_3

Weave

test

float_rounding_tests

Orsay.jl

floating_point_exceptions

Cincinnati

ErrorfreeArithmetic

IPython-notebooks

ReunionGrupo

rigorous_pi

herramientas_biomate

interval_arithmetic

ModelingToolkit

FLOAT128.jl

VectorizedIntervalAlgorithms.jl