The model-based design methodology promotes faster design iterations, better designs and enhanced reliability of automotive components and systems. The software tools, hardware capacity and knowhow ...

Model-Based Design lets engineers use the system-level model to deploy the control algorithms in C code, HDL, or PLC code, targeting the production processor or other real-time system.

Ideally, such a model also moves away from the question of which parts are implemented in hardware and which in software, focusing instead on the functions to be realized. This kind of model-based ...

Model-based systems engineering is quietly, but consistently, becoming an important part of the design, maintenance, and cybersecurity of the federal government’s most complex IT platforms. MBSE ...

Model-based design enables engineers to customize the system using pre-verified and predefined code blocks. This programming model focuses on the existing relationships between the different blocks ...

This model-centric development approach is known as model-based design (Figure 1). Figure 1 Model-based design streamlines embedded control design with modeling, simulation, and automatic code ...

Model-based design provides a method to model the complete system, including the electromechanical components, the control algorithm, and the communications network, so that the design can be ...

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 ...

This Model-Based Systems Engineering (MBSE) course and the Digital Thread: Components and Digital Thread: Implementation courses bring together the concepts from across digital manufacturing and ...

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 ...