Back to Results
First PageMeta Content
Chemical kinetics / Metabolism / Enzyme / Chemical reaction / Lipid / Michaelis–Menten kinetics / Metabolic pathway / Glycerol / Enzyme kinetics / Chemistry / Physical chemistry / Catalysis


REVERSE ENGINEERING AND AUTOMATIC SYNTHESIS OF METABOLIC PATHWAYS FROM OBSERVED DATA USING GENETIC PROGRAMMING Symposium ON COMPUTATIONAL DISCOVERY OF COMMUNICATABLE KNOWLEGDE SUNDAY MARCh 25, 2001
Add to Reading List

Document Date: 2001-03-30 10:12:34

Open Document

File Size: 2,49 MB

Share Result on Facebook

City

Chicago / Los Altos / /

Company

Martin A. Keane Econometrics Inc. / Guido Lanza Genetic Programming Inc. / Jessen Yu Genetic Programming Inc. / William Mydlowec Genetic Programming Inc. / /

/

Facility

Electrical Engineering Stanford University / /

IndustryTerm

chemical reactions / individual network / final product / chemical reaction function / everyday tools / conventional genetic algorithm / psuedo-second-order rate law / individual chemical reaction network / adaptive systems / above tools / approximate solution / end product / neural networks / rate law / chemical reaction / chemical networks / individual reaction network / /

Organization

Stanford University / Department of Medicine Department / /

Person

Stanford John / External / John R. Koza Stanford Biomedical Informatics / /

Position

E-CELL cell simulation model / Controllers Evolved controller / /

ProvinceOrState

Illinois / California / /

SportsLeague

Stanford University / /

Technology

conventional genetic algorithm / artificial intelligence / machine learning / simulation / recombination / /

SocialTag