Model-Based Design places the system-level model at the center of the development process for mechatronic systems. It uses a system-level model to define an executable specification.

With model-based design, teams use models to develop their designs from the written requirements. With a simulation engine, these models become an “executable specification.” The ability to execute ...

The model-based design paradigm integrates these multiple phases and provides a common framework for communication throughout the entire design process. The first step in this paradigm is the ...

Here is a snapshot of the results of the first design iteration of the elaborated system-level model: Fuel efficiency > 36.5 mpg (requirement not met--30.0 mpg) 0-1/4 mile in 25s : Requirement met ...

The Model-Based Design approach for DO-254 combines automation tools for design and verification from both MathWorks and Siemens EDA to support the development process from concept through ...

Model-based design helps body electronics designers overcome these challenges by enabling a hierarchical approach in which the design is initially defined at a very high level and blocks are added ...

“We’re at the beginning of the true integration of model-based engineering with electronics co-design, which will deliver the next level of optimization and productivity for the semiconductor-based ...

MathWorks and NXP® Semiconductors announced the availability of the Model-Based Design Toolbox (MBDT) for Battery Management Systems (BMS). The toolbox enables engineers to model, develop, and ...

Model-Based Design (MBD), however, ... Generating PLC code from simulation models adds a further level of abstraction that makes the complexity of extensive machine applications manageable.

“The new product includes many design tools intended to simplify and automate Model-Based Design, including the Battery Pack Model Builder that lets engineers interactively create and evaluate ...