A multi-objective synthesis problem involving H2, H∞ and impulse-to-peak performances is investigated.
This paper presents a discussion on drivers for an integrated approach and outlines the challenges in formulation of such a multi-objective synthesis problem.
Such sufficient condition is given in terms of an LMI optimization problem; this gives the opportunity of fitting the finite-time control problem in the general framework of the LMI approach to the multi-objective synthesis.
This multi-objective synthesis can be accomplished by incorporating design weights, as commonly used in the standard H∞ control theory, to design a performance-oriented anti-windup-based control scheme.
A one-step approach for simultaneous design of H∞ controller and AWC by means of linear matrix inequalities (LMIs) is presented herein, which supports multi-objective synthesis to attain stabilization or tracking, robustness against disturbance and noise, and penalization of large and high frequency control signals.
The paper presents a conflict-based approach for multi-objective process synthesis.
The problem of the multi-objective controller synthesis is to construct a controller that stabilizes the closed loop system and, simultaneously, achieves all the prescribed specifications.
In this paper, a controller design methodology is developed based on input/output linearization and multi-objective H2/H∞ synthesis that ensures robust stability and performance.
The advantages and weaknesses of different sustainability measurements are also discussed – footprints, LCA indexes, and eco-cost, in relation to multi-objective optimization synthesis.
This paper presents a new approach for multi-objective optimization synthesis of analog circuits based on computing Sobol' indices for vectors of input variable parameters ζ of analog circuits, PASSIOT.
A robust controller is designed for the linear uncertain subsystem using a multi-objective H2/H∞ synthesis approach to ensure robust stability and performance of nons quare multivariable, nonlinear systems.
