Paper Info
Title
Comparative study of model-based and multi-domain system engineering approaches for industrial settings
Abstract
A typical approach for the development of multi-domain systems often carries the risk of high non-conformance costs and time-consuming re-engineering due to the lack of interoperability between different domains. In its research project "Mechatronic Design", the Siemens AG develops an integrated, model-based and simulation-focused process to perform a frontloading engineering approach for multi-domain systems. The paper presents two use cases from this project as two implementation approaches to system modeling and simulation being synchronized at early design phases. Both use cases utilize the standardized system modeling language SysML and the multi-domain simulation language Modelica. One use case evaluates the standardized OMG SysML4Modelica profile for transformation between SysML and Modelica. The other use case uses a Modelica independent and proprietary profile aiming at more flexible usage. For both approaches, advantages and disadvantages are identified and compared. Depending on the project objectives, the general suitability of the approaches is also judged.
Year
DOI
Venue
2012
10.1007/978-3-642-31491-9_4
ECMFA
Keywords
Field
DocType
use case,multi-domain system engineering approach,implementation approach,frontloading engineering approach,multi-domain system,standardized omg,comparative study,project objective,research project,proprietary profile,sysml4modelica profile,multi-domain simulation language,industrial setting,sysml,simulation,modelica
Use case,Systems engineering,Interoperability,Computer science,Systems modeling,Simulation language,Modelica,Systems Modeling Language,Mechatronics,Siemens
Conference
Citations 
PageRank 
References 
0
0.34
2
Authors
4
Name
Order
Citations
PageRank
Anjelika Votintseva171.74
Petra Witschel2173.85
Nikolaus Regnat371.98
Philipp Emanuel Stelzig461.74