~Get Your Files Here !/1. Introduction and Background Information/1. Introduction - Time Response of 1st Order Systems.mp4224.83MB
~Get Your Files Here !/1. Introduction and Background Information/2. Second Order Systems and Higher Order Systems.mp4177.97MB
~Get Your Files Here !/1. Introduction and Background Information/3. Understanding System Response and Using Block Diagrams.mp4199.35MB
~Get Your Files Here !/1. Introduction and Background Information/4. Working with Block Diagrams - Block Diagram Reduction.mp4279.53MB
~Get Your Files Here !/2. Basic Concepts in Control Design/1. Using Feedback Control with just a simple gain K.mp4278.9MB
~Get Your Files Here !/2. Basic Concepts in Control Design/2. Controller Stability.mp4191.6MB
~Get Your Files Here !/2. Basic Concepts in Control Design/3. Routh Hurwitz and Steady-State Error.mp4172.95MB
~Get Your Files Here !/2. Basic Concepts in Control Design/4. Steady-State Error.mp4204.86MB
~Get Your Files Here !/2. Basic Concepts in Control Design/5. Controller Sensitivity.mp4174.15MB
~Get Your Files Here !/3. Control Design via Root Locus (Contains Exam 1 and Solution)/2. Intro to the Root Locus.mp4219.18MB
~Get Your Files Here !/3. Control Design via Root Locus (Contains Exam 1 and Solution)/3. Root Locus Design (SEE ATTACHED EXAM 1 - SOLUTION IS GIVEN ON NEXT LECTURE).mp4206.28MB
~Get Your Files Here !/3. Control Design via Root Locus (Contains Exam 1 and Solution)/4. Root Locus Design of a Proportional-Derivative (PD) Controller (EXAM 1 ANSWERS!).mp4203MB
~Get Your Files Here !/3. Control Design via Root Locus (Contains Exam 1 and Solution)/5. Root Locus Design of a Proportional-Integral (PI) Controller.mp4206.13MB
~Get Your Files Here !/3. Control Design via Root Locus (Contains Exam 1 and Solution)/6. PID Control using Root Locus.mp4220.27MB
~Get Your Files Here !/4. Using the Frequency Domain to Understand Response and Design Control Systems/1. Understanding Frequency Response.mp4158.55MB
~Get Your Files Here !/4. Using the Frequency Domain to Understand Response and Design Control Systems/2. Sketching Bode Plots.mp4215.44MB
~Get Your Files Here !/4. Using the Frequency Domain to Understand Response and Design Control Systems/3. Working with Bode Plots.mp4212.49MB
~Get Your Files Here !/4. Using the Frequency Domain to Understand Response and Design Control Systems/5. Lead and Lag Controller Design.mp4201.21MB
~Get Your Files Here !/4. Using the Frequency Domain to Understand Response and Design Control Systems/6. Understanding Time Delay.mp4185.4MB
~Get Your Files Here !/4. Using the Frequency Domain to Understand Response and Design Control Systems/7. Understanding Stability in the Frequency Domain.mp497.73MB
~Get Your Files Here !/4. Using the Frequency Domain to Understand Response and Design Control Systems/8. Review of Frequency Domain Topics (EXAM 2 HERE).mp4102.12MB
~Get Your Files Here !/5. Modern Control Design with State-Space and Beyond/1. Introduction to State Space Systems.mp487.64MB
~Get Your Files Here !/5. Modern Control Design with State-Space and Beyond/10. Optimal Control.mp4161.84MB
~Get Your Files Here !/5. Modern Control Design with State-Space and Beyond/11. Review of Current Control techniques and research.mp4207.83MB
~Get Your Files Here !/5. Modern Control Design with State-Space and Beyond/2. State Space and Transfer Function models.mp4165.99MB
~Get Your Files Here !/5. Modern Control Design with State-Space and Beyond/4. State Space Controller Design.mp4194.32MB
~Get Your Files Here !/5. Modern Control Design with State-Space and Beyond/5. Exam 2 Solution and Observer Design.mp4205.12MB
~Get Your Files Here !/5. Modern Control Design with State-Space and Beyond/6. More with Observer Design.mp4128.91MB
~Get Your Files Here !/5. Modern Control Design with State-Space and Beyond/8. Understanding System Response with Digital Systems.mp4163.91MB
~Get Your Files Here !/5. Modern Control Design with State-Space and Beyond/9. Designing Controllers with Digital Systems.mp4200.11MB