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This Concept Map, created with IHMC CmapTools, has information related to: SiMoEc_2014_15, complexity paradigm with complexity and economics, programming capabilities using Python, Simulation Models for Economics 2014-15 is accompanied by JASSS, an on line journal, NetLogo via NW extension Networks, Simulation Models for Economics 2014-15 requires programming capabilities, programming capabilities are related to Artificial Neural Networks, several tools among them GAMA, several tools among them NetLogo, Octave with an econometric application, NetLogo can use genetic algorithms to find better model parameters, Python with iPython, Python via NetworkX library Networks, Simulation Models for Economics 2014-15 has a strong link with the complexity paradigm, R also for Artificial Neural Networks, several tools among them StarLogo TNG, Python has a nice Econometric Package, programming capabilities using R, Simulation Models for Economics 2014-15 is mainly based on Agent-Based Models (ABMs) for simulation experiments (or computer assisted experiments), SLAPP, built with Python via NetworkX library Networks, Simulation Models for Economics 2014-15 is taught by Pietro Terna
