Stabilizing solutions to output feedback pole placement problem with parameter drift and automated alerting of system parameter changes

A method comprising:

• determining a set of solutions for a classical, static-output feedback pole placement problem based on parameters of a physical system using a projective approach and random starting points for the solutions, and including performing testing to select the solutions and iterative paths of the solutions having properties that satisfy a criteria;
• adjusting the physical system based on the solutions determined;
• acquiring updated parameters of the physical system;
• and,
• determining a set of updated solutions for the classical, static-output output feedback pole placement problem based on the updated parameters of the physical system, including using the solutions previously determined.

A method comprising:

• determining a set of solutions for a generalized, static-output feedback pole placement problem based on parameters of a physical system using a projective approach and random eigenvalues within an interior of closed regions of a problem space for the generalized output feedback pole placement problem, and including performing testing to select the solutions and iterative paths of the solutions having properties that satisfy a criteria;
• adjusting the physical system based on the solutions determined;
• acquiring updated parameters of the physical system;
• and,
• determining a set of updated solutions for the generalized, static-output output feedback pole placement problem based on the updated parameters of the physical system, including using the solutions previously determined.