Pinned Repositories
aumic
AUMIC (AUtomated Metabolic modeling tool Incorporating the Cybernetic regulatory mechanisms)
C.japonicus-E.coli-consortium-modeling
csbjDeepLearning
Deep Learning Predicts Microbial Interactions from Self-organized Spatiotemporal Patterns
flux-coupling
history
kidi
lambda
Representing Organic Matter Thermodynamics in Biogeochemical Reactions via Substrate-Explicit Modeling
miia
Minimal Interspecies Interaction Adjustment: a tool for predicting member-dependent interactions in microbial communities
sindy4inactivation
Topic6
Model-driven identification of OM molecular signatures controlling biogeochemical transformation in river corridors
hyunseobsong's Repositories
hyunseobsong/csbjDeepLearning
Deep Learning Predicts Microbial Interactions from Self-organized Spatiotemporal Patterns
hyunseobsong/lambda
Representing Organic Matter Thermodynamics in Biogeochemical Reactions via Substrate-Explicit Modeling
hyunseobsong/aumic
AUMIC (AUtomated Metabolic modeling tool Incorporating the Cybernetic regulatory mechanisms)
hyunseobsong/miia
Minimal Interspecies Interaction Adjustment: a tool for predicting member-dependent interactions in microbial communities
hyunseobsong/sindy4inactivation
hyunseobsong/C.japonicus-E.coli-consortium-modeling
hyunseobsong/flux-coupling
hyunseobsong/history
hyunseobsong/kidi