Sentence examples for controller formula from inspiring English sources

The optimal controller formula is described in the frequency domain and the corresponding state-space formula is derived for computational efficiency.

By classifying the ways through which such load disturbance enters into the process, analytical controller formulae are correspondingly developed, based on a two-degree-of-freedom (2DOF) control structure that allows for separate optimization of load disturbance rejection from setpoint tracking.

The controller formulas proposed here avoid the solution of algebraic Riccati equations with their problematic matrix inverses and matrix products.

Analytical controller formulae are given based on classification of the ways by which such load disturbance seeps into the process.

For systems with uncertain tain variables, the problem of complete elimination of the effect of uncertainty on the output via distributed feedback (uncertainty decoupling) is initially considered; a necessary and sufficient condition for its solvability as well as explicit controller synthesis formulas are derived.

In all the cases the method shows substantial improvement over the controller tuned with Ziegler Nichols formula and the PID controller proposed in (loc cit).

This paper presents an alternative design of an adaptive MPPT fuzzy logic controller which utilizes simple formulae instead of complex learning algorithms to adjust the antecedents.

The constraints imposed by the internal stability and asymptotic properties of the closed-loop system are first investigated, a new procedure is then developed for analytically designing the controller, and simple design formulas are obtained.

Synthesis method is used for the design of the three controllers, and analytical formulas are given for these controllers.

Comparing to the existing results in the literature, an improved formula of homogeneous controllers is proposed, and the difficulty of the controller design for uncertain differential inclusions is reduced.

In this paper, a tuning method for proportional-integral-derivative (PID) controller and the performance assessment formulas for this method are proposed.