Feedback linearization control (FBL) for nonlinear system control proof, practical implementation, and easy example part1

This article explains about Feedback linearization control (FBL) method for control of a nonlinear system. This is one of the easiest strategy to control nonlinear systems, but pretty powerful. The basic idea is that we can cancel control input by manipulating control input. The below is its proof. fbl_1 fbl_2

 

This is the most basic concept to explain easily. If the nonlinear system is not fully controllable, we should use another strategy which finds reduced order manifold (ROM). About the more advanced technique and examples will be explained in the next articles.

 

—————————————————————————————————————————–

I am Youngmok Yun, and writing about robotics theories and my research.

My main site is http://youngmok.com, and Korean ver. is  http://yunyoungmok.tistory.com.

—————————————————————————————————————————–

One thought on “Feedback linearization control (FBL) for nonlinear system control proof, practical implementation, and easy example part1

  1. Pingback: Feedback linearization control (FBL) for nonlinear system control proof, practical implementation, and easy example part 2 | Youngmok Yun: Roboticist in The Univ. of Texas at Austin

Leave a Reply