manvelgasparyan
Postdoctoral researcher at CNRS and University of Montpellier, Montpellier, France.
LPHI & CNRSMontpellier, France
Pinned Repositories
Kron_red_DGF_decomp
Python package for performing Kron reduction on chemical reaction networks, described by species-reaction graphs and modeled using a new Laplacian formulation.
microplastics_surface_area
Matlab implementation of the process of calculating the available surface for interaction on microplastic beads of different size and shape
model_reduction
Matlab implementation of automated model reduction of biochemical reaction networks
parameter_estimation_concentrations
Parameter estimation for models of chemical reaction networks from partial experimental data of species' concentrations
parameter_estimation_reaction_rates
Matlab implementation of automated parameter estimation method for chemical reaction networks from observed time-series experimental data of reaction rates
settling_time
This repository is used to determine the settling time of a given biochemical reaction network using the approach described in the manuscript "An Automated Model Reduction Method for Biochemical Reaction Networks" published in "Symmetry".
manvelgasparyan's Repositories
manvelgasparyan/model_reduction
Matlab implementation of automated model reduction of biochemical reaction networks
manvelgasparyan/Kron_red_DGF_decomp
Python package for performing Kron reduction on chemical reaction networks, described by species-reaction graphs and modeled using a new Laplacian formulation.
manvelgasparyan/microplastics_surface_area
Matlab implementation of the process of calculating the available surface for interaction on microplastic beads of different size and shape
manvelgasparyan/parameter_estimation_concentrations
Parameter estimation for models of chemical reaction networks from partial experimental data of species' concentrations
manvelgasparyan/parameter_estimation_reaction_rates
Matlab implementation of automated parameter estimation method for chemical reaction networks from observed time-series experimental data of reaction rates
manvelgasparyan/settling_time
This repository is used to determine the settling time of a given biochemical reaction network using the approach described in the manuscript "An Automated Model Reduction Method for Biochemical Reaction Networks" published in "Symmetry".