Sentence examples for complex controller from inspiring English sources

Proportional-integral-proportional-derivative (PI-PD) control is a modified of PID control and can get improved control performance; however, due to the complex controller parameter tuning, the PI-PD control is used in a limited scope.

We suppress the hyperchaotic behavior of our system via passive control method by using one complex controller.

To overcome this hurdle, this study suggests instead of implementing a single highly complex controller (adaptive or reactive), a robust control framework in which a new simple controller is developed automatically for every scheduling period (next shift or next day) or whenever internal conditions call for a major change that the current controller cannot accommodate.

The proposed control framework simulation results clearly illustrate that the managed pressure drilling process can be optimized as a closed loop control tracking problem, effectively removing the need for complex controller design and allowing real-time implementation in manufacturing operations in operator support systems.

Assume two scaling matrices (M_{1}=O_{ntimes{n_{1}}}) and (M_{2}=O_{ntimes{n_{2}}}). If the complex controller is given as U=-h z -Ke, where K is a control gain matrix and all eigenvalU=-h z -KeK) satisfy (operatorname{Re}(lambda_{i}(C-K))<0) ((i=1,2,ldots,n)), then the eqU=-h z -Kepoint of the response system (7) is asymptotically stable.

Also, with the right choice of control strategy by embedding micro-scale controller, this study shows that more complex controller algorithms might not be necessary.

Two composition theorems relate complex controls to complex goals, and provide the key to using standard knowledge-based deliberation techniques to generate complex controllers.

There are other factors too: novices are put off by the need to master complex controllers, festooned with buttons, triggers and joysticks.

Most of the existing solutions do not cover all the situations and, in any case, they lead to complex controllers.

The key finding is that controllers with simplified control models and fewer exogenous inputs can perform almost as well as more complex controllers.

They combine the properties of computer embedded system with newly designed complex controllers where flexible, safe and reconfigurable operations are required.