MBSE approach for X-Ray System using SysML models

Abstract

As we know that any system continues to grow up in the form of scale and complexity, so the system engineering uses Model Based System Engineering (MBSE) for managing the aspects such as the consistency, assure the traceability, and also manage the com- plexity of the system during the development of the system. When the requirements in one system changes and when we update the changes in one subsystem then it will affect the other subsystem it is due to the complexity of the system. If we do not communicate properly, then there will be the failure of system. So, we have to update all the system for that reason model of system engineering is built. If there are any changes in any of the subsystem, we can change that system in the model. This type of solution we will not get through the documentation-based approach of the system. For this reason, we are shifted towards model-based approach of system engineering called as MBSE (Model Based System Engineering).

In the digital diagnost ceiling System , we are creating block definition diagrams and ac- tivity diagrams in order to monitor basic level requirements to higher level requirements which is related to overall Design Impact Analysis of the X-ray system. And MBSE approach will provide easy understanding of system functional requirements to different stakeholders.

This project represents the overall Applications of Model-Based System Engineering ap- proach in the healthcare industry. It also gives the various system modelling method- ologies, a verification and validation of system. We can build the model using SysML (System Modelling Language), Enterprise Architect tool to elaborate the functional re- quirements of the X-ray System. These models are used for the various problem solving within Philips DXR Team.