Sentence examples for mixed sensitivity design from inspiring English sources

Both H∞ and H2 mixed sensitivity design are considered.

This constraint can be used in H-infinity mixed sensitivity design to achieve specified delay margin.

Mixed sensitivity design of a linear multivariable control system amounts to shaping its sensitivity functions to achieve the design targets of closed-loop system performance and robustness.

This strategy synthesizes the internal and robust stability, relative order and mixed sensitivity design requirements together to establish the optimization function.

An H∞ mixed sensitivity design is presented to systemically obtain a robust controller for dynamic stiffness design in a linear servo system.

This is accomplished in a systematic way by using a H∞-norm based mixed sensitivity design in which the order of the controller is constrained to a desired value.

This note presents a tuning design method for output time delayed control systems that satisfies the two disk mixed sensitivity control design specification.

An example dealing with a problem of mixed sensitivity H∞ design is given to illustrate the mthod.

Robust controllers are designed using the polynomial approach to mixed sensitivity H∞ feedback design.

Since plant/model mismatch is almost inevitable in practical applications, to enhance the robustness of this control system, the controllers based on the H∞ mixed sensitivity problem are designed in the PLS latent subspace.

The experiment results show that the presented method can achieve competitive disturbance rejections compared to a model-based mixed sensitivity controller under the same design criterion but with much less orders and design efforts, demonstrating the proposed data driven control is an effective approach for vibration suppression of flexible structures.