A Concise Survey of Self-tuning Methodologies for Proportional Integral Derivative Control system

Abstract

The primary aim of this research paper is to provide a comprehensive reference source for researchers working with self-tuning Proportional Integral Derivative (PID) control systems and also, offers the study on such self-tuning methodology. The need for our survey arises because the autotuning of PID control system may give a good set-point tracking and interruption rejection, which is used under traditional as well as advanced PID control systems for different control applications from long time. Correctly chosen self-tuning method may provide a proficient performance, stability and robustness in the PID controlled system. The survey has been carried into categories based on classical techniques developed for the PID self-tuning and optimization techniques applied for self-tuning mechanism for the better transient and steady state characteristics. Also, an assessment among different self-tuning techniques for PID Control system have been studied and analyzed under this survey.