Prentice Hall Inc. / Cambridge University Press / Artificial Neural Networks / CHEMICAL REACTION NETWORKS / C CO / Oxford University Press Inc. / Volterra / Hertz / /
Country
United States / /
Currency
AUD / USD / / /
Facility
University of Oxford / Times Square / American Control Conference Marriott Marquis Hotel / Mathematics Research Center / California Institute of Technology / University of Wisconsin-Madison / /
IndustryTerm
causal chemical connectivities / sparsest solution / genetic regulatory networks / chemical pathways / candidate network / steady-state solutions / biochemical systems / sparse solution / reaction network / chemical network / reaction networks / neural networks / large networks / sparsest network / nonlinear systems / rate law / closed-form solution / candidate networks / particular network / sparse feasible solutions / chemical species / random networks / power law approximation / chemical complexes / gene networks / /
MusicAlbum
U.K. / /
Organization
California Institute of Technology / Cambridge University / Mathematics Research Center / Oxford University / National Academy of Sciences / Department of Engineering Science / Center for the Mathematics of Information / University of Wisconsin / University of Oxford / /
Person
K. Stephen Yeung / Doyle III / /
Product
Laurent-Schwartz / /
ProgrammingLanguage
R / K / /
ProvinceOrState
Wisconsin / /
PublishedMedium
Proceedings of the National Academy of Sciences / Journal of Theoretical Biology / Molecular Biology / /
Technology
Biotechnology / Linear Programming algorithm / Simulation / /
Determining Interconnections in Chemical Reaction Networks