Category:JAMES II: Difference between revisions
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JAMES II is a generic modeling and simulations framework written in Java. It is currently still under development at the University of Rostock, although an early alpha version with some formalisms and simulators exists for download and review<ref>[http://wwwmosi.informatik.uni-rostock.de/mosi/plonesoftwarecenter.2006-03-21.4262636143/pscproject.2006-03-21.6122697558/releases Current software releases]</ref>. |
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It is not tied to a particular modeling formalism or simulation algorithm, allowing those to be easily exchanged and extended via plug-ins. JAMES II consists of four main parts: |
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* the graphical user interface |
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* the experiment layer (supports diverse experiment types, e.g. optimization experiments) |
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* the modeling layer (supports diverse modeling formalisms) |
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* the execution layer (supports the simulation of various formalisms; there may be more than one simulation algorithm per formalism) |
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== References == |
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<references/> |
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== External links == |
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* [http://jamesii.org Main homepage of the framework] |
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Revision as of 13:54, 13 July 2010
Library
This is an example of a library. You may see a list of other libraries used on Rosetta Code at Category:Solutions by Library.
This is an example of a library. You may see a list of other libraries used on Rosetta Code at Category:Solutions by Library.
JAMES II is an implementation of JAMES II/Rule-based Cellular Automata.
Other implementations of JAMES II/Rule-based Cellular Automata.
JAMES II is a generic modeling and simulations framework written in Java. It is currently still under development at the University of Rostock, although an early alpha version with some formalisms and simulators exists for download and review[1].
It is not tied to a particular modeling formalism or simulation algorithm, allowing those to be easily exchanged and extended via plug-ins. JAMES II consists of four main parts:
- the graphical user interface
- the experiment layer (supports diverse experiment types, e.g. optimization experiments)
- the modeling layer (supports diverse modeling formalisms)
- the execution layer (supports the simulation of various formalisms; there may be more than one simulation algorithm per formalism)
References
External links
Pages in category "JAMES II"
This category contains only the following page.