Sentence examples for more sophisticated controller from inspiring English sources

Despite the efforts and enthusiasm of numerous researchers, from all areas of control engineering, to persuade industry to adopt more sophisticated controller designs, PID controllers remain the industry preference and industry standard for automatic control systems.

Larger capacity solid state disks are in the works and, being more complicated internally, will require a more sophisticated controller.

It is pointed out that more complicated controller structures, more sophisticated controller design methods, and alternative, model-based nonlinear controllers are needed compared to conventional processes.

Two different resonant control laws have been designed: the first one operates without the information of the hood motor velocity; the second one is a more sophisticated controller, which also exploits the velocity information.

The relevance of the solution here proposed is threefold: (a) well-known control engineering techniques are applied, (b) modelling and identification of elaborated friction force models usually required for more sophisticated controllers are not needed for the solution here proposed, and (c) the control system stability margin specifications considered are adequate.

It is left for future work to design more sophisticated controllers that ensure optimal network performance by applying classical optimization techniques instead of simple balancing rules.

Consequently, the industry is currently involved in the development of more sophisticated controllers for renewable generators and storage systems, allowing them to contribute to short-term frequency support by providing synthetic inertia.

In view of the design of more sophisticated controllers fully exploiting the system capability, an electromagnetic model of the active system was developed, which takes into account toroidal geometry and effects of passive structures.

The dynamic scheme requires the design of a more sophisticated system controller, but it shows better performances; it allows to reduce the pipeline depth with the same input rate.

We intend to use more sophisticated motion controllers in future study to broaden the number of available degrees of freedom that can be used for the shaping of the robot motion and interaction force feedback.

This drawback might be addressed using better pressure control hardware and a control algorithm more sophisticated than our optimized PID controller, and hence, could be worth further investigation.