The phrase "advanced control techniques" is correct and usable in written English.
It can be used in contexts related to engineering, technology, or any field that involves sophisticated methods for managing systems or processes.
Example: "The research paper discusses various advanced control techniques that can improve the efficiency of automated systems."
Alternatives: "sophisticated control methods" or "enhanced control strategies."
Among the advantages of this PWA representation are the appropriate structuring for use in system identification methods, for estimating its parameters, and the existence of advanced control techniques that use this structure in controller design, thereby improving the load-frequency control performance.
Given the complexity of the processes normally found in mineral processing, there is also great interest in the design and development of advanced control techniques which aim to deal with situations that conventional controllers are unable to do.
There are many advanced control techniques developed over last years.
Some basic and advanced control techniques are then described.
To make wind power generation truly cost-effective and reliable, advanced control techniques are imperative.
A neutralization process is used in a laboratory project for experimenting advanced control techniques.
Nonlinear Model Predictive Control (NMPC) is an advanced control technique that often relies on computationally demanding optimization and integration algorithms.
In nanopositioning systems, force feedback control has been proposed as an advanced control technique to enhance the bandwidth of the system and improve the tracking performance.
Advanced process control techniques contain software packages for advanced control based on mathematical methods.
The objective of this paper is to identify the benefits of advanced control design techniques and possible advantages, which they might have over their classical counterparts.
The Sadiola project confirms that advanced process control techniques are among the most cost-and time-effective methods of improving metallurgical plant performance.
