(10) Develop Mathematical Models of Dynamic Systems
(12) Design and Tune PID Control Algorithms to Meet a Set of Requirement
(10) Develop Mathematical Models of Dynamic Systems
Develop mathematical models of dynamic systems using system identification techniques, exploring both continuous-time and discrete-time representations.
(11) Digital Signal Processing Techniques
(12) Design and Tune PID Control Algorithms to Meet a Set of Requirement
(10) Develop Mathematical Models of Dynamic Systems
Apply digital signal processing techniques to filter sensor noise, reject outliers, and enhance data quality to support robust control performance.
(12) Design and Tune PID Control Algorithms to Meet a Set of Requirement
(12) Design and Tune PID Control Algorithms to Meet a Set of Requirement
(12) Design and Tune PID Control Algorithms to Meet a Set of Requirement
Design and tune PID control algorithms using the developed system models and filtered data, and implement the controller in hardware to meet a defined set of performance requirements.