REPRESENTATION LANGUAGES AND SIMULATION SYSTEMS
Computational
Modeling of Genetic and Biochemical Networks (Computational Molecular Biology)
-- by James M. Bower and Hamid Bolouri (Eds) explores various modeling
approaches and their application to different biological networks.
The
e-cell project, a modeling and simulation environment for biochemical
and genetic processes
CellML is an XML-based markup language for storage and
exchange of computer-based biological models. It includes information about model structure,
mathematics and metadata.
The Caltech ERATO
Kitano project aims to provide software infrastructure that will enable
sharing of models and resources between simulation and analysis tools for
systems biology. The groups develops the Systems
Biology Markup Language (SBML), a common exchange language which is
tailored towards representing biochemical network models, and the Systems
Biology Workbench (SBW) a software infrastructure for sharing of
computational resources.
Petri
nets are graphical formalisms of concurrency, primarily used for
modeling metabolic pathways
Bio-calculus, a unified knowledge description
language for biological systems. Includes a simulation system.
Glossa,
a language that defines the semantics of biological
ideas as executable code, was developed for distributed computations among
independent databases, by Toni Kazic’s group.
The
Alchemy project, by Walter Fontana and Leo
Buss, builds a theory of biological organization based on the lambda
calculus