Difference between revisions of "Main Page"

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CD++ is a generic toolkit for Discrete-Event modeling and simulation. The environment is based on the DEVS (Discrete-Event systems Specifications) formalism.  
 
CD++ is a generic toolkit for Discrete-Event modeling and simulation. The environment is based on the DEVS (Discrete-Event systems Specifications) formalism.  
  
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This Wiki is focused on the toolkit itself, and in tool-related aspects. Readers interested in the underlying theory should consult:
 
This Wiki is focused on the toolkit itself, and in tool-related aspects. Readers interested in the underlying theory should consult:

Revision as of 11:04, 25 August 2011

Introduction to CD++

CD++ is a generic toolkit for Discrete-Event modeling and simulation. The environment is based on the DEVS (Discrete-Event systems Specifications) formalism.


This Wiki is focused on the toolkit itself, and in tool-related aspects. Readers interested in the underlying theory should consult:

- B. Zeigler, H. Praehofer, T. G. Kim. “Theory of Modeling and Simulation”. 2nd Edition. Academic Press. 2000.

- G. Wainer. Discrete-Event Modeling and Simulation: a practitioner's approach (book). 36500445.jpg (click here to get it at Amazon).

The Introduction page contains further information and references on DEVS and Cell-DEVS.

You can find several publications here.

You can find some teaching and learning materials about DEVS and Cell-DEVS in this course webpage.

Download
  • To download CD++, click HERE
  • For information for developers, check out Software Docs for documentation
  • Sample models can be downloaded on the Sample Models page.
Related Links

The following are useful links that are related to the CD++ Project

  • A database of some CD++ models can be found here

Different simulation algorithms have been implemented:
- standalone (single CPU),
- server mode (the simulator is installed as a server accessible through TCP/IP sockets),
- real time (the simulator is tied to the real-time clock),
- Embedded (E-CD++; the simulator uses the real-time clock and can be embedded in single-board computers),
- Parallel (over a linux cluster or Windows-based PC clusters),
- Distributed (over Web Services).

Site Help
  • Consult the User's Guide for information on using the wiki software.