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DEVS-Suite GENETSCOPE DEVSJAVA DEVS/HLA CDM DEVS/C++
DEVS Standardization for further information contact Gabriel Wainer


CoSMoS  
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CoSMoS (Component-Based System Modeling and Simulation) is a framework aimed at integrated visual model development, model configuration and automatic simulation data collection. The CoSMoS environment supports component-based modeling with direct support for DEVS formalism and XML Schema. CoSMoS replaces SESM (Scalable Entity Structure Modeler). DEVS-Suite is part of the CoSMoS and thus enables both modeling and simulation of Parallel DEVS models.
Available at SourceForge (http://sourceforge.net/projects/cosmosim/)
Version 1.3.1 (JDK 1.5)
 Software [9.17MB]
SESM Demonstration [11.5 minutes] [avi 22.2 MB]
SESM Demonstration [11.5 minutes] [rar 10.7 MB] 		   Help (a searchable version of this help file is included inside the software)



DEVS-Suite     Readme       Top 


DEVS-Suite is a new generation of DEVS simulator which combines the capabilities of DEVSJAVA and DEVS Tracking Environment. New capabilities for monitoring simulation dynamics as time-based trajectories and automated data collection are introduced. It supports dynamic compilation of simulation models and provides the SimpArcMod and ServiceMod model libraries. The SimpArcMod library includes a collection of models that have been used for several years in teaching fundamentals of component-based modeling. The ServiceMod library offers a new set of models for simulating service-based software systems.
Available at SourceForge (http://sourceforge.net/projects/devs-suitesim/)

Version 2.0.0  (JDK 1.5) DEVS-Suite[4.08 MB]
Java WebStart for simple and advanced versions are available DEVS-SuiteWS
DEVSJAVA is also available under Java WebStart DEVSJAVAWS



GENETSCOPE-Netsim2     
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User's Reference Manual
[ PDF ][4MB]


[ COPYRIGHT ] [ ABOUT ]
[ JITC download ]
 Available through government authorization from JITC

GenetScope - Generic Network Model for Systems Capable of Planned Expansion

NETSIM2 - Second Generation HFGCS Network SimulationGenetScope/NETSIM2 is a worldwide network model/simulation of the High Frequency Global Communications System (HFGCS). The model provides Automatic Link Establishment, Propagation, Mobile users, and traffic capabilities.

The Joint Interoperability Test Command (JITC) High Frequency Test Facility (HFTF) is responsible for developing the second-generation network model for the HF Global Communications System. JITC has tasked Northrop Grumman Information Technology (NGIT) to develop NETSIM 2. Subsequently, NGIT partner, the University of Arizona, and the Arizona Center for Integrative Modeling & Simulation (ACIMS) has developed the model. Working from the original NETSIM-SC model, the ACIMS team transferred the code to JAVA and integrated it into a Discrete Event System Specification (DEVS).

Beta Release : The GenetScope/NETSIM 2 development is at a stage to provide a Beta release to allow the users to examine and experiment with the model.

Classifcation: UNCLASSIFIED
Caveats: NONE



DEVSJAVA
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License Holders ( object code plus source code for example models)






DEVSJAVA 3.0 (January 2009). Key features of this version include Variable-structure modeling. This provides the capability to create scalable DEVS models and modify the stucture of the system at run-time with the features of addition/removal of couplings, ports and components as a whole. Additional packages support automatic pruning of system entity structurex, modeling of differential equation systems, and cellular spaces. As earlier, this version supports model-continuity for automatic migration to distributed execution, with distributed classes also included with this license agreement. Aspects of the design of DEVSJAVA are described in the Architecture of DEVSJAVA.

DEVSJAVA Object-code plus source-code for sample models (jar and zip files)
Version 3.1
(JDK 1.5)		 Core DEVSJAVAcode (.jar) JDK 1.5 related notes

Version 3.0
(JDK 1.4)

 Core DEVSJAVA (,jar)
 		Illustrative DEVS Model Packages Example Packages (complete Projects) [168 KB]

Documentation

 Readme
 Installation Guide 		Example Course Projects Introduction to DEVS Modeling & Simulation with JAVATM

DEVSJAVA 2.7 (July 2005). Key features of this version are new user interface development including visualization of hierarchical structures, ports and couplings, ability to control simulation speed (e.g., real-time execution). Coming soon, an additional package will support DEVS modeling of differential equation systems. Note: cellular and variable structure features of DEVSJAVA 2.6.3 are not included in this license agreement. DEVSJAVA 2.7 supports model continuity for automatic migration to distributed execution; however distributed classes is not included with this license agreement. For the distributed version, fill in the DEVSJAVA Software Agreement form completely (including Legal Point of Contact) and you will be contacted for special arrangement).

DEVSJAVA

Object-code plus source-code for sample models 
Version 2.7.1
(JDK 1.5)
 Win. 2000/NT/Unix (.zip) [0.4MB]  JDK 1.5 related notes

Version 2.7.0
(JDK 1.4)

Win. 2000/NT (.exe) [1.4MB]
(InstallAnywhere Installers)

JDK is too large for inclusion in an installer

Solaris 5.8 [1.5MB]
(notes)

Documentation

Readme File

Setup Installation Guide

Introduction to DEVS Modeling & Simulation with JAVATM




License Holders ( full source code )




DEVSJAVA 2.7 (see above for description)

DEVSJAVA

Full source-code

Version 2.7.1
(JDK 1.5)		 Win. 2000/NT/Unix (.zip)
[1.4MB]		 JDK 1.5 related
notes

Version 2.7.0
(JDK 1.4)

Win. 2000/NT (.exe) [1.5MB]
(InstallAnywhere Installers)

Solaris 5.8 [1.8MB]
(notes)

 

Documentation

Readme File

Setup Installation Guide

Introduction to DEVS Modeling & Simulation with JAVATM


*JDK is included for automatic installation. These materials are protected by copyrights in the name of the authors and the Arizona Board of Regents .  Please read the copyright statements before using the material. By using this material (software or documentation) you agree to the License Agreement (copyright restrictions).  



Course Projects Developed in DEVSJAVA




 Object-code plus source-code for sample models (jar and zip files

Student projects, ECE-575, Fall 2003, DEVSJAVA 3.0, [5 MB]

Midterm and final exam problems/solutions, ECE-575, Fall 2003, DEVSJAVA 3.0, [65 KB]

Additional projects are available from the Education webpage.



Need a License




If you do not have a license, please click here to complete a license agreement. Generally, within two business days, you will receive userid and password to download the software by going to the DEVSJAVA (License Holders) link above. If the automatic form does not work (e.g., automatic email is not successful due to incompatibility between email and browser), please fill out the ASCII License Form and mail it License Agreement Form . Eligibility: To obtain software license agreement, the Arizona Board of Regents requires us to have your institution point of contact information (email address, physical address, and phone number). Commercial email addresses from Yahoo and other Internet Service Providers are not acceptable. Eligible institutions are educational institutions (universities and affiliated university research institutes), government research center, and in general non-commercial entities. For other information, please contact Hessam Sarjoughian .


DEVS/HLA

All visitors have access to papers, CDRLs, slide presentations, and other related material in publications


In May 1997, a research project entitled "DEVS Formalism as a Framework for HLA Predictive Contract Methodology" was awarded by DARPA to the Departments of Electrical& Computer Engineering and School Of Renewable Natural Resources . This project is a part of the DARPA ASTT Scaleable Execution Project
The project goal is to demonstrate how an HLA-compliant DEVS environment can significantly improve the performance of large-scale distributed modeling and simulation exercises. This project has its foundation based on the High Level Architecture and Discrete Event System Specification. The emergence of High Level Architecture (HLA) and the presence of Discrete Event System Specification theory are expected to provide the foundation for a capable distributed/parallel modeling and simulation environment. HLA is a DoD sponsored effort to establish a common technical framework facilitating the interoperability of all types of models and simulations among themselves and with C4I systems. DEVS has a theoretical foundation which makes it in principle independent of various programming languages and hardware platforms.

Collaborative DEVS Modeler (CDM)
License Holder
Need A License

License Holder


This software is a modeling environment that can be used both in single-user mode or collaborative/distributed mode. For additional information, please contact Hessam Sarjoughian
This version of CDM supports printing and exporting portable bitmap of CDM diagrams.
This material is protected by copyrights in the name of the authors and the Arizona Board of Regents .  Please read the copyright statements (file name is COPYRIGHT.txt ) before using the material. By using the material you agree to the copyright restrictions on use.
CDM2.1.0 Executable (Released August 2000) [ for Windows ] [ for Unix ]
CDM Users Guide [ PDF ]


Need a License


If you do not have a license, please click here to complete a license agreement and receive userid and password for downloading the software. If the automatic form does not work (e.g., automatic email is not successful due to incompatibility between email and browser), please fill out the ASCII License Form and mail it to License Agreement Form . Eligibility: To obtain software license agreement, the Arizona Board of Regents requires us to have your institution point of contact information (email address, physical address, and phone number). Commercial email addresses from Yahoo and other Internet Service Providers are not acceptable. Eligible institutions are educational institutions (universities and affiliated university research institutes), government research center, and in general non-commercial entities. For other information, please contact Hessam Sarjoughian .

DEVS/C++
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DEVS C++ Reference Guide
[ On Line ]
[ Word 97 ]
[ PDF ]
[ Download HTML ] [369KB]


[ COPYRIGHT ]
Anonymous FTP Site for Downloading DEVSim++: sim.kaist.ac.kr, cd /pub, DEVSim++1.0.Z