No abstract

Modelica has been around as a language from the late 1990's and since then a range of compilers and editors have emerged. Currently none of these environments provide a web-based user interface and follow the approach of requiring each end-user to install the application (typically together with a set of dependencies) on their local machine. This in itself may or may not be of major concern. Of more importance is their current lack of a seamless collaborative approach to modeling. This paper presents the first web-based collaborative graphical and textual modeling environment for Modelica based on WebGME and OpenModelica. Graphical composition of Modelica models from component libraries is supported via WebGME. Textual editing of the composite model is possible via OMWebBook.

No abstract

The Cyber-Physical Systems Virtual Organization (CPS-VO) 1 has been evolving from a shared repository of information into a destination for active collaboration, simulation, hands-on education, and demonstration. We would like to show-case advances in tool integration, particularly a set of verification tools, and how this integration enables reproducibility, improves accessibility, and lowers the barrier to entry in this field. We would also like to demonstrate use of our simulation and tool frameworks, have a poster showing results and progress over the last year, and invite others to host their tools on the CPS-VO infrastructure. CCS CONCEPTS • Computing methodologies → Modeling and simulation; • Software and its engineering → Software libraries and repositories; • Mathematics of computing → Mathematical software; • Information systems → Web applications; • Applied computing → Education.