LMIs in Control/pages/Algebraic Riccati Equation

Algebraic Riccati Equations are particularly significant in Optimal Control, filtering and estimation problems. The need to solve such equations is common in the analysis and linear quadratic Gaussian control along with general Control problems. In one form or the other, Riccati Equations play significant roles in optimal control of multivariable and large-scale systems, scattering theory, estimation, and detection processes. In addition, closed forms solution of Riccti Equations are intractable for two reasons namely; one, they are nonlinear and two, are in matrix forms.

The SystemEdit

 

The DataEdit

Following matrices are needed as Inputs:.

 .

The Optimization ProblemEdit

In control systems theory, many analysis and design problems are closely related to Riccati algebraic equations or inequalities. Find

The LMI: Algebraic Riccati InequalityEdit

Title and mathematical description of the LMI formulation.

 

Conclusion:Edit

If the solution exists, LMIs give a unique, stabilizing, symmetric matrix P.

Implementation:Edit

Matlab code for this LMI in the Github repository:

  1. REDIRECT [[1]]- CODE

External linksEdit


Return to Main Page:Edit