Source Code Implementation of the Co-prime Residue Method Application

MATLAB finds extensive applications in system identification, particularly in implementing the co-prime residue method through robust source code that generates comprehensive results including graphical visualizations. The co-prime residue method serves as a fundamental identification technique, and its MATLAB implementation enables streamlined system identification workflows through algorithm optimization and matrix operations. The implementation typically involves key functions like residue() for partial fraction expansion and idss() for state-space model identification. By analyzing the source code structure and execution outcomes, researchers can gain deeper insights into the method's theoretical foundation and practical application, ultimately enhancing identification accuracy through parameter tuning and validation techniques. The code architecture demonstrates efficient handling of polynomial operations and system response analysis using MATLAB's control system toolbox functionalities.