Fundamental concepts of control theory and feedback design techniques are explored to then introduce to the student to robust design and optimal design of controllers. This introductory course (Part I) will focus on control theory applied to dynamic systems, in particular to systems found in accelerator/light source facilities. It is the responsibility of the student to ensure that they meet the course prerequisites or have equivalent experience.

Must be familiar with Matlab simulation code. Problems and labs will be based on accelerator system examples. This course is suitable for advanced students and entry level graduate students who are considering accelerator physics as a possible career and for engineers and operators who want to learn about feedback systems applied in accelerator/light source complex.īasic linear algebra, calculus, differential equations, complex analysis (matrix manipulation, Eigenvalue - vectors, Fourier/Laplace transforms, etc.) Basic knowledge of accelerators/ beam dynamics / RF systems (equiv. The purpose of this course is to introduce the students to control theory focusing on applications to control beam dynamics, RF accelerating structures and other systems part of accelerators and light sources facilities.

Control Theory with Application to Accelerators and RF Systems, Part I course Sponsoring University:Ĭontrol Theory with Application to Accelerators and RF Systems, Part I Instructors:Ĭlaudio Rivetta, SLAC National Accelerator Lab and Ozhan Turgut, Stanford University

Rutgers matlab course