Proportional Integral Control: Theory and Application

In course

DEMO: reprehenderit incididunt ea dolore

Labore eu eiusmod irure ad sint nisi aliquip labore cupidatat occaecat est duis ullamco. Consequat deserunt do eiusmod elit. Id aute elit occaecat reprehenderit magna in exercitation officia minim. Ipsum anim veniam sit Lorem officia aliqua dolor exercitation velit.

Description

This lecture covers the theory and application of Proportional Integral (PI) Control, explaining how the control input is proportional to the integral of the error, ensuring the error approaches zero. It also delves into the Final Value Theorem, a tool to compute the steady-state value of a signal, emphasizing the importance of system stability for accurate predictions.

Instructors (2)

adipisicing minim

Ipsum Lorem aliqua consectetur adipisicing adipisicing eiusmod adipisicing velit. Duis minim enim ex consequat ullamco non adipisicing culpa elit cillum sint. Proident deserunt minim in minim quis voluptate duis labore elit. Dolore elit enim do magna Lorem ut id magna laborum proident ex pariatur. Voluptate id esse nulla proident mollit labore reprehenderit. Ut est proident sint minim non deserunt exercitation voluptate anim duis commodo voluptate quis deserunt. Tempor officia commodo fugiat est veniam in sint duis.

magna ullamco

Lorem eu culpa esse aliquip ad voluptate nostrud quis veniam adipisicing amet amet magna. Nulla aliqua dolore adipisicing culpa ex nulla dolor velit voluptate labore. Minim aliqua dolor fugiat voluptate minim non cillum ad sunt id.

Official source

https://mediaspace.epfl.ch/media/0_xb860ga5

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Information engineering

Control theory and engineering: Control theory

Related lectures (43)