抄録
In recent years, product systems are large-scale and complex. Accordingly, optimum design is difficult and development time is long. To solve such problems, SDSI (System Design System Integration)-Cubic has been proposed. This is a framework using a parametric model unified, and performs optimally designed automatically on the computer. SDSI-Cubic is based on the system model defined in SysML (System Modeling Language). Therefore, the system model is necessary to describe all of the design information on the evaluation and optimization of the target system. So, we have been studying how to write SysML for SDSI-Cubic. However, depending on the shape of the design plan, each parametric model to evaluate the non-functional requirements of the optimization is greatly changed. And to write all model by conventional method takes long time. In this paper, we examined the suitable parametric model to evaluate the non-functional requirements associated with the system shape.
