Sentence examples for parameter identifiers from inspiring English sources

Performance of the designed sliding mode mean-square and mean-module state filters and parameter identifiers are verified for both, stable and unstable, linear uncertain systems.

The parameter identifiers and synchronization controllers are designed based on stability theory in order to realize the synchronization of two chaotic systems with diverse structures and the parameter identification of the uncertain system.

Performance of the designed optimal state filter and parameter identifier is verified for both, positive and negative, parameter values.

This particular structure is used to build a synchronization-based state observer that is decoupled from the adaptive parameter identifier.

A simulation example is included to show convergence of the designed mean-square state filter and parameter identifier for both, positive and negative, parameter values.

In the example, performance of the designed state filter and parameter identifier is verified for a linear time-delay system with an unknown multiplicative parameter over linear observations.

The derived controller has a modular structure consisting of an input-to-state stabilizing (ISS) control module and a passive parameter identifier.

A guaranteed transient performance and final tracking accuracy is achieved by incorporating the well-developed adaptive robust controller with effective parameter identifier.

A local Lyapunov function is used to design the parameter identifier, with an adjustable convergence rate that guarantees the stability of the overall system.

Two types of adaptive controllers are considered the state feedback controller with a plant parameter identifier, and the output feedback controller with a linear observer.

In the second method, an adaptive parameter identifier estimates the added tiny mass based on a parametric dynamic model of the structure and its vibrational response to a periodic applied force.