LTI systems, Impulse function, and the Convolution Integral
Get the map of control theory: https://www.redbubble.com/shop/ap/550...
Download eBook on the fundamentals of control theory (in progress): https://engineeringmedia.com
If you have no idea why I'm writing a book I explain it all here: • The Fundamentals of Control Theory
This revision fixes the following errors that were found by my readers:
Fixed the incorrect single quotes that I was using throughout the book: https://fundamentalsofcontroltheory.a....
Fixed a typography problem that made reading the book difficult. Instead of having really long lines with a lot of characters in them I shrunk the lines down to make it easier on your eyes. https://fundamentalsofcontroltheory.a....
This update mainly adds new content to the second chapter, Transfer Functions. It sets up why we need to be able to describe our systems mathematically and gives the formal definition of one way to represent them, with transfer functions. The first three sections of this chapter have been written and they describe what an LTI system is, what an impulse function is, and how you can use those two concepts to derive the convolution integral.
Thank you for all of your support and I hope this helps you on your quest to understand control theory on a more intuitive level. Cheers!
