Sentence examples for main control design from inspiring English sources

The main control design aim is to provide particular closed-loop properties such as: safety and ride confort.

Firstly, its basic behaviour in the elastic range is studied checking for deflection as the main controlling design factor.

By collecting and systematically structuring all the critical considerations in the human factors review process, an ergonomic evaluation checklist for the CFMS (Critical Function Monitoring System) in an MCR (Main Control Room) was designed and implemented in this study.

Actuators are the main elements for their control design.

The main challenge for the control design is the presence of hysteresis.

This illustrates some main features in practical control design, i.e. the type of model used is of practical importance, the number of measurements included in the controller is adjusted in order to achieve the desired performance and the control parameters are tuned in order to trade-off no minal performance, control effort and robustness.

Based on a recent result where the optimal semi-active performance trade-off was derived (see Poussot-Vassal et al. (2010)), here, a complete benchmark to evaluate the main semi-active suspension control design methods is proposed.

As for main loop controller design, H∞ robust control is investigated for the active suspension based on a full-car suspension model.

Also in Nuclear Power Plants (NPPs), a lot of guidelines from various codes and standard and derived from various research and development projects are available for designing Main Control Room (MCR) HMIs.

In convex optimization techniques for optimal control design, the main challenge is to manage an infinite dimensional Youla parameter.

Examples illustrate the main advantages of the proposed control design method when compared to other approaches from the literature.