This is the first in a series of posts that will provide readers with a System Conceptual Design (SCD) level model of various systems. If you’re interested in learning more about a particular model, you can contact us for details.
This project aims to create a comprehensive SysML model of a Raspberry Pi computer, serving as a digital twin for real-time monitoring, simulation, and optimization. It leverages SysML, a modeling language, to capture the system’s requirements, structure, behavior, and various other aspects through a series of diagrams.
Overview
The Raspberry Pi Digital Twin project is structured around the creation of SysML diagrams in PlantUML format, categorized into Conceptual, Logical, and Physical levels, each containing specific types of diagrams such as Requirements, UseCase, Activity, Block Definition Diagrams (BDD), Sequence, StateMachine, Internal Block Definition Diagrams (IBD), and Parametric.
Features
- SysML Modeling: Create a detailed SysML model of a Raspberry Pi, capturing its requirements, behaviors, and physical attributes.
- Three-Level Architecture: Organize the SysML diagrams across Conceptual, Logical, and Physical levels, providing a comprehensive understanding of the system at different abstraction levels. The diagrams provided below are at the conceptual level only. Please contact us for the full set of diagrams decomposed down to the logical and physical levels.
- PlantUML Diagrams: Utilize PlantUML to draft and visualize the SysML diagrams, ensuring compatibility with Planttext.com for easy viewing.
If you’re interested in learning more about this model, you can contact us for details.
