Sentence examples for mean value models from inspiring English sources

The use of mean value models in replicating the key characteristics of automotive powertrains has been well established.

The ability of mean value models to replicate the key characteristics of automotive powertrains has been well established over the past four decades.

Therefor a formal connection between state-of-the-art mean value models and the crank angle resolved physical model must be established.

Using artificial neural networks and incorporating them into conventional mean value models, this study is to present a real-time model with high accuracy and fidelity for spark ignition engines, as thorough as possible.

Not only is Neuro-MVM much more accurate than the prevalent mean value models, but it is also more robust (and of a higher reliability) compared to a mere black-box model.

Considering control and supervision it is favorable to have a mean value model to be used e.g. in observer design.

As an accurate and control oriented model, a mean value model of a Spark Ignition (SI) engine is developed to generate simulation data of the engine's subsystems.

This paper reveals an improvement of the mean value model (MVEM) and a simple yet effective nonlinear control to enhance the air to fuel regulator.

These parameters that exclude the in-cylinder pressure and indicator torque are calculated by mean value model, the widely used model for real-time applications, to keep on its speed.

Gaussian link function was used with mean value modeled as a polynomial function of order 0, 1 or 2 according to D. Standard Deviation has been modeled as B1 Y i + B0 with B x fitted parameters and Y i the observed isotopic value for individual i.

It further covers mean-value models, crank-angle-resolution high-fidelity real-time models, air path model-based controls, and fuel path controls.