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 ...

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.

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 ...

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 ...

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

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

The concept of “model-based engineering” (MBE) has generated a lot of buzz lately and perhaps rightly so. As you probably know, this approach tackles product development using ...