Sentence examples for applicability control from inspiring English sources

Due to its pervasion and wide applicability, control systems subject to nonlinear impulsive perturbations have been studied extensively for their rapid approximate controllability; see [46 53] for rapid approximate-controllability results for memoryless semilinear systems, and see [54, 55] for results for delayed semilinear systems.

The main aim of the contribution is to present a possible approach to design of simple Proportional-Integral (PI) robust controllers and subsequently to demonstrate their applicability during control of a laboratory model with uncertain parameters through the Programmable Logic Controller (PLC) SIMATIC S7 300 by Siemens Company.

Illustrative example is presented to validate the algorithm's use and applicability to control systems with unmodeled dynamics.

Based on the acquired results, an overall evaluation was made to assess the applicability and control methods of all parameters defined in the Ph. Eur.

Based on the results obtained, an overall evaluation was made to assess the applicability and control methods of all parameters defined in the Ph. Eur.

Recently, the theory of nonlocal and nonlinear boundary value problems and singular semipositone differential systems becomes an important area of investigation because of its wide applicability in control, electrical engineering, physics, chemistry fields, and so on.

The importance of surfaces in microsystems and nanosystems and the applicability of controlling surface properties in a systematic manner for both fundamental science and applied studies is also discussed.

The applicability of the control scheme to regulation of temperature in stirred tanks and one-point control in distillation is shown by numerical simulations.

The unexpected risks limit the applicability of speed control.

Simulations of two linear systems illustrate the applicability of the control algorithm.

This work, further explores such a criteria and shows their applicability to the control of a mechanical system.