This is for discussion of a extension of SysML for solver-based simulators (Simulink/Simscape, Modelica-based, etc) that is independent of the particular simulators or simulation languages used.

Work Group Leader: Conrad Bock

Work Group Members:

• SysML and Modelica Integration WG members
• Ion Matei
• Manas Bajaj
• Don Libes
• Steve Coy
• Gregory Gershanok

• bg6o2qo “An Analysis of Solver-Based Simulation Tools”, a survey of solver-based simulators, Matei and Bock, 2012.
• NIST.IR.7875.pdf “Modeling Methodologies and Simulation for Dynamical Systems”, describes two ways simulators are used, Matei and Bock, 2012.
• NIST.IR.7888.pdf “SysML Extension for Dynamical System Simulation Tools”, covers a simulator-independent extension of SysML, Matei and Bock, 2012.
• cellier-physical-modeling-1996.pdf “Modeling from Physical Principles”, Cellier, 1996.
• modelica-conf-2006-final.pdf “Types in the Modelica Language”, Broman, Fritzon, Furic, Modelica Conference, 2006.

• sysml-simulation-integration-130513.pdf “Extending SysML for Integration with Solver-based Simulation Tools”, Matei, Bock, for SysML and Modelica Integration team
• HVC2012Eldad_Palachi.pdf “Simulating Cyber-Physical Systems using SysML and Numerical Simulation Tools”, Palachi, Eighth Haifa Verification Conference Tutorial, 2012

• sysml-simulation-integration-omg-discussion-121912.ppt Followup discussion slides, updated Dec 19, 2012.