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.

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 ...

Today, model-based design sees use in a variety of applications, including controls, image processing, audio, communications, and signal processing. One of the primary benefits of model-based design ...

Model-based design saves time and money by moving design tasks from the lab and field to the desktop. It provides a common design environment that links designs directly to requirements, allowing ...

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 definition can substantially increase the efficiency with which documentation is created from computer-aided design projects.

There are few published practical examples of model-based designs (van Meter et al, 2012) or suggested design modifications (Potter, 2002; de Lima et al, 2010; Jones et al, 2012; Wages et al, 2015 ...

This article explores design-based and model-based inference methods in survey sampling, discussing their applications and implications for statistical research.

Consequently, a model of pedagogical design thinking for professional development programmes is proposed. Educational Technology & Society seeks academic articles on the issues affecting the ...