Lectures (Video)
- 1. Learning in an electronic classroom
- 2. Wiki basics
- 3. Verbal modeling
- 4. Incidence graphs
- 5. Excel modeling (part 1)
- 6. Excel modeling (part 2)
- 7. Modeling ODEs with Excel and Mathematica
- 8. Surge tanks, valves, and sensors: Part I
- 9. Surge tanks, valves, and sensors: Part II
- 10. Piping & Instrumentation Diagrams
- 11. Control Programming
- 12. PID Control I
- 13. PID Control II
- 14. Stability Analysis I: Fixed points and Jacobians
- 15. Stability Analysis II: Eigenvalues and stability
- 16. Stability Analysis III: Phase Portraits
- 17. Stability Analysis IV: Root Locus Plots and Routh Stability
- 18. Control Architectures
- 19. MIMO I:Numerical Decoupling
- 20. MIMO II: Model Predictive Control
- 21. Statistical Intro: Control Charts
- 22. Comparing Distributions I: DMAC and Fishers Exact
- 23. Comparing Distributions II: Bayes Rule and Acceptance Sampling
- 24. Comparing Distributions III: Chi squared and ANOVA
- 25. Design of Experiments: Taguchi Methods
- 26. Bayesian Networks I: Static Networks and Multinomial Distributions
- 27. Bayesian Networks II: Dynamic Networks and Markov Chains
Process Dynamics and Controls - Lecture 19
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Lecture 19 - MIMO I:Numerical Decoupling
Prof. Peter Woolf
CHE 466 - Process Dynamics and Controls, Fall 2008 (University of Michigan) http://open.umich.edu Date accessed: 2009-09-27 License: Creative Commons Attribution 3.0 |
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