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.

Model-Based Design has become the preferred approach for developing automotive embedded software because it improves the specification, design, and implementation phases.

Model-based design enables verification as a parallel activity thatoccurs throughout the development process, as shown in Figure 2.Virtual testing, indicated with green arrows, enables rapid ...

The MathWorks today announced that Silicon Valley electric vehicle maker Tesla Motors employed Model-Based Design tools from The MathWorks to develop ...

Using Model-Based Design for highly complex systems such as an HEV, with its highly specialized functional components, typically fits into the “divide and conquer” methodology.

Model-Based Design (MBD), however, goes beyond virtual commissioning. With it, the control application that will later run in operation is also modeled and tested in simulations with the machine ...

A DO-254 workflow using Model-Based Design promotes a consistent requirements-oriented project view and increases reuse of design and verification efforts throughout all phases of the DO-254 life ...

MathWorks and NXP Semiconductors announced the availability of the Model-Based Design Toolbox (MBDT) for Battery Management Systems (BMS).

MILPITAS, CA, Aug. 3, 2005 AccelChip Inc., the industrys only provider of automated flows from MATLAB algorithms to silicon, today announced the immediate availability of its 2005.3 version of ...

A model-based phase I trial design must be described and justified in a clinical trial authorisation application like any other design choice. Regulators evaluate the appropriateness of the chosen ...