Bridging the Gap Between Systems Engineers' Architecture Models and Model-Based Design - MATLAB & Simulink
Current Time 0:00
Duration 0:00
Loaded: 0%
Stream Type LIVE
Remaining Time 0:00
 
1x
  • Chapters
  • descriptions off, selected
  • subtitles off, selected

      Bridging the Gap Between Systems Engineers' Architecture Models and Model-Based Design

      Systems engineering is a challenging problem, and often the tools used to tackle these challenges do not connect well to the other tools used throughout the design process. MathWorks systems engineering tools combine with MATLAB® and Simulink® to create a unified modeling environment, enabling the use of a single platform throughout systems engineering, design, implementation, and verification processes tools.

      In this talk, we present a workflow for systems engineering and architectural modeling with a tight connection to Model-Based Design.

      Highlights:

      1. Building a bridge between early architecture work and downstream design
      2. Creating architecture models and extending the language through stereotypes and profiles
      3. Analyzing architectures
      4. Moving to design and implementation

      Published: 7 Sep 2020

      Learn More

      Watch videos from MATLAB EXPO 2020 On Demand

      Feedback

      Up Next:

      Using Model-Based Design, MathWorks engineers will showcase how to develop and test a supervisory control module. The workflow spans the software development process from modeling and simulation of complex state machines, to open-loop and closed-loop

      Designing Supervisory Control for Safety-Critical Systems

      Related Videos:

      During this webinar, we will discuss how Stateflow and SimEvents can be used to extend Simulink to design control logic and event-driven systems. In Stateflow, control logic is represented by a state chart. We will introduce fundamental concepts by c

      Modeling Control Logic and Event-Driven Systems with...

      Magna E Car Systems provides motor control solutions for the BEV and HEV automobile markets. The major design objectives for the motor control team are to support a wide range of automotive applications, develop state-of-art control strategies, and r

      Motor Control Architecture for Multiple Production Programs

      AUTOSAR is an emerging trend in the industry. As such, pilot programs for AUTOSAR must be executed alongside other production programs. Often, a model must be maintained for both AUTOSAR and non-AUTOSAR during the transition phase. This presentation

      Practical Approaches for Re-architecture for AUTOSAR or...

      Engineers use model-based development for verifying accuracy and validating behavior of code used in controllers.

      Continental Automotive Components Adopts MIL/SIL/PIL...

      View more related videos