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In this webinar you will learn techniques and practices in Model-Based Design to verify and validate software designs and embedded code using MathWorks tools. We will address requirements driven development, model coverage testing, and static code an
With the growing importance of models for requirements exchange, algorithm design and implementation, the need for consistency and quality of models is becoming more critical. Industry standards for the modeling environment like MAAB Style Guideline
MATLAB and Simulink models used for design of embedded systems capture a great deal of information that are often not documented elsewhere. Some of this information can include implicit requirements in the design logic, other can be extracted in simu
In this webinar we introduce tools and methods that help you create effective design specifications and comply with best practices and industry standards. Highlights include: How to share requirement links with other Simulink users, even if they don’
In this webinar we have a moderated discussion about the practical application of formal verification technologies in MATLAB ® and Simulink ® .
Requirements traceability connects models, tests, and code with requirement definitions to help manage change and reduce waste in the design lifecycle. MATLAB and Simulink provide capabilities for efficient linking, analysis, and reporting of require
This presentation discusses the implementation of Model-Based Design for developing a complex system of wayside and train-side control systems, interlocking, track elements, and supervision level.
In this webinar, you’ll learn how you can generate high-quality and efficient C/C++ code from Simulink models, Stateflow charts, and Embedded MATLAB functions for deployment on embedded applications, including automotive ECUs. You’ll also see how to
This webinar starts with a review of how Real-Time Workshop Embedded Coder generates high quality and efficient C/C++ code from Simulink models, Stateflow charts, and Embedded MATLAB functions for deployment on embedded applications, including flight
Best practices for DO-178 include key considerations, methods, and fundamental capabilities of Model-Based Design that span the software development process from modeling
Companies building complex electronics for the commercial and military aviation market often struggle with achieving DO-254 compliance. It is an increasingly common requirement for both military and commercial projects. Compliance can be time consumi
This webinar provides a high level overview of the workflow for developing systems to meet aerospace certification requirements. The workflow will be demonstrated using a Helicopter flight control system example.
This webinar demonstrates the process to develop, test and deploy software for display systems using the Model-Based Design workflow.