Smart System Modeling and Simulation design of Hemodialysis Machine by SysML with SystemC-AMS

Abstract

The corrections of the large and complex systems have become an issue of great importance recently due to the system development process. The device technology is quite complex and encompasses various disciplines of engineering, medicine, biology, and critical patient-machine interfaces. In this paper, we proposed a simulation approach to the verification and validation of the system of the hemodialysis machine (HD machine) specified by the SysML language. The simulation is carried out through intelligent translation based on the specifications of SysML into SystemC-AMS models. To evaluate and validate the system design, they are translated into a set of formulas and requirements verified when run on the available tools, COSE DA technologies, the WSN simulator developed by SystemC-AMS.

Towards an approach to co‐execute system models at the enterprise level

“…Furthermore, many researchers have developed and introduced new methods to analyze systems using simulation in conjunction with the SysML model. (Abdulhameed, Alkindy & Al-Mahdawi 2022), (Morkevicius & Jankevicius 2015), and (Messaoud, Hammad & Loualalen 2017) proposed new simulation approaches to perform verification and validation analyses of the system architecture. (Kotronis et al 2022), (Stella de Biase, Marrone & Palladino 2022), (Jagla et al 2021) provided new approaches that allow conducting a cost, impact, or safety analysis of the system architecture.…”