Sentence examples for performance robust from inspiring English sources

A novel methodology for enhanced performance robust controller design is presented in this paper.

It is thus essential to keep the structural performance robust and reliable under multi-source errors.

This paper studies high performance robust motion control of linear motors that have a negligible electrical dynamics.

Such shifts are quite simple to detect, which suggests a simple scheme that could be introduced to render performance robust against such changes.

Since catalyst aging has a significant impact on SCR performance, robust and adaptive SCR control has been preferred for degraded SCR systems to realize emission control objectives.

To improve the flight robust performance, robust controllers with adaptive gains are designed to compensate for the approximation errors and thus they have less design conservation.

High-performance robust adaptive synchronization motion control for multiple two-link manipulators with parametric uncertainties and uncertain nonlinearities is considered.

The package PARDISO is a high-performance, robust and easy to use software for solving large sparse symmetric or structurally symmetric linear systems of equations on shared memory multiprocessors.

The results are very encouraging since control-oriented models facilitate the design of high-performance robust controllers, which allow the operability and efficiency of irrigation main canal pools to be increased and service to the users to be improved.

This paper describes the formulation and development of a mathematical model for high-performance robust controller design techniques, based on a complete identification for control procedure, of an irrigation main canal pool (true plant), which is characterized by the exhibition of large variations in its dynamic parameters when the discharge regime changes in the operating range [Qmin, Qmax].

Robust stability, nominal performance and robust performance requirements are evaluated in order to a better understanding of the system dynamics.