ME - 447 Computer Control of Machines & Processes - Lecture Notes
Lectures 1-10 Lectures 11-20 Lectures 21-30 Lectures 31-40 Lectures 41-50
Lecture 01 - Course Overview (web.htm)(slides.pdf)(handout.pdf)
Lecture 01.5 - Microcontroller & C Intro (web.htm)(slides.pdf)(handout.pdf)
Lecture 02 - Open-Loop and Closed-Loop Controls (web.htm)(slides.pdf)(handout.pdf)
Lecture 03 - Matlab Basics (web.htm)(slides.pdf)(handout.pdf)
Lecture 04 - Computer Architecture (No Notes Available)
Lecture 05 - Continuous Process Modeling (web.htm)(slides.pdf)(handout.pdf)
Lecture 06 - Model Linearization and Validation (web.htm)(slides.pdf)(handout.pdf)
Lecture 07 - Discrete Process Modeling (web.htm)(slides.pdf)(handout.pdf)
Lecture 08 - Computer Input/Output (No Notes Available)
Lecture 09 - Discrete Controller Modeling (web.htm)(slides.pdf)(handout.pdf)
Lecture 10 - Discrete System Simulation (web.htm)(slides.pdf)(handout.pdf)
Lectures 1-10 Lectures 21-30 Lectures 31-40 Lectures 41-50
Lecture 11 - Sequential Logic Control (web.htm)(slides.pdf)(handout.pdf)
Lecture 12 - Computer Control Software (No Notes Available)
Lecture 13 - State Transition Diagrams (web.htm)(slides.pdf)(handout.pdf)
Lecture 13 Addendum - State Transition Diagrams (web.htm)(slides.pdf)(handout.pdf)
Lecture 14 - Programmable Logic Controllers (web.htm)(slides.pdf)(handout.pdf)
Lecture 15 - Programming Control Systems (No Notes Available)
Lecture 16 - Components of Interfaces (No Notes Available)
Lecture 17 - Laplace Transform (web.htm)(slides.pdf)(handout.pdf)
Lecture 18 - Z Transformation (web.htm)(slides.pdf)(handout.pdf)
Lecture 19 - I/O Interfaces (No Notes Available)
Lecture 20 - DA AD Converter Interfaces (No Notes Available)
Lectures 1-10 Lectures 11-20 Lectures 31-40 Lectures 41-50
Lecture 21 - Z Transforms of Process Models (web.htm)(slides.pdf)(handout.pdf)
Lecture 22 - Bock Diagram Manipulation (web.htm)(slides.pdf)(handout.pdf)
Lecture 23 - Data Sampling (No Notes Available)
Lecture 24 - Position Sensors (No Notes Available)
Lecture 25 - Miscellaneous Sensors (No Notes Available)
Lecture 26 - Discrete System Response (web.htm)(slides.pdf)(handout.pdf)
Lecture 27 - Steady State Response & The Final Value Theorem (web.htm)(slides.pdf)(handout.pdf)
Lecture 28 - Matlab Controls Tools (web.htm)(slides.pdf)(handout.pdf)
Lecture 29 - Systems With Disturbances (web.htm)(slides.pdf)(handout.pdf)
Lecture 30 - Partial Fraction Expansion (web.htm)(slides.pdf)(handout.pdf)
Lectures 1-10 Lectures 11-20 Lectures 21-30 Lectures 41-50
Lecture 31 - Stability (web.htm)(slides.pdf)(handout.pdf)
Lecture 32 - Direct Controller Design (web.htm)(slides.pdf)(handout.pdf)
Lecture 33 - Dynamics Associeated with Root Locations in the Z-Plane (web.htm)(slides.pdf)(handout.pdf)
Lecture 34 - Pole Placement Using Analytical Methods (web.htm)(slides.pdf)(handout.pdf)
Lecture 35 - Pole Placement Using the Root Locus(Graphical) Method (web.htm)(slides.pdf)(handout.pdf)
Lecture 36 - Root Locus With Matlab (web.htm)(slides.pdf)(handout.pdf)
Lecture 37 - Integral Control (web.htm)(slides.pdf)(handout.pdf)
Lecture 38 - Pole-Zero Cancelation (web.htm)(slides.pdf)(handout.pdf)
Lecture 39 - Aliasing (web.htm)(slides.pdf)(handout.pdf)
Lecture 40 - Sample Period Selection (web.htm)(slides.pdf)(handout.pdf)
Lectures 1-10 Lectures 11-20 Lectures 21-30 Lectures 31-40
Lecture 41 - Process Model Simplification (web.htm)(slides.pdf)(handout.pdf)
Lecture 42 - Feedforward Control (web.htm)(slides.pdf)(handout.pdf)
Lecture 43 - State Feedback Control (web.htm)(slides.pdf)(handout.pdf)
Lecture 44 - Stepping Motor Control (web.htm)(slides.pdf)(handout.pdf)
Lecture 44 - Stepping Motor Control 2005 update (web.htm)(slides.pdf)(handout.pdf)
Lecture 45 - System Design Example 1a (No Notes Available)
Lecture 46 - System Design Example 1b (No Notes Available)
Lecture 47 - System Design Example 2 (No Notes Available)
Lecture 48 - System Design Example 3 (No Notes Available)
Lecture 49 - Interrupt Driven Control (web.htm)(slides.pdf)(handout.pdf)
Datasheets, Manuals and Tutorials (including Matlab) for Labs are available
on the Mechatronics Lab Resources page.
Last updated 01/24/2008 09:09 AM
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