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Process Control - Design, Analysis and Assessment - Introduction video
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Introduction
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Introductory Concepts
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Introduction to Modeling
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Introduction to Control Structures
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Process Modelling
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State Space Modeling
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State Space Solution
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Laplace Transforms - Part 1
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Laplace Transforms - Part 2
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Analysis of transfer function models - Part 1
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Analysis of transfer function models - Part 2
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Stability
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MATLAB Tutorial 1: Process Modelling
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MATLAB Tutorial 2: Time domain analysis of first order process
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Controller Equations
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Controllers and analysis of closed loop transfer functions
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P, PI and PID Controllers
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Stability analysis of closed loop systems
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Controller design and tuning - Part 1
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Controller design and tuning - Part 2
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Traditional Advanced Control - Part 1
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Traditional Advanced Control - Part 2
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Frequency Response Analysis - Part 1
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Frequency Response Analysis - Part 2
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Traditional Advanced Control - Part 3
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Traditional Advanced Control - Part 4
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Traditional Advanced Control - Part 5
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Understanding PID Gains
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Nyquist Stability Criterion - Part 1
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FinalNyquist Stability Criterion - Part 2
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Nyquist Stability Criterion - Part 3
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Controllers for Unstable Systems
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Traditional Advanced Control - Part 6
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Traditional Advanced Control - Part 7
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Multivariable Control - Part 1
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Multivariable Control - Part 2
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Model Predictive Control-Part 1
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Model Predictive Control-Part 2
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Model Predictive Control–Mathematical Formulation -Part 1
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Model Predictive Control–Mathematical Formulation -Part 2
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Model Predictive Control – Discrete Model
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Model Predictive Control – Putting all these together
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Stability Analysis–Various methods -Part 1
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Stability Analysis–Various methods -Part 2
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Stability Analysis–Various methods -Part 3
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PID Tuning
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MATLAB Tutorial–Controller Tuning -Part 1
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MATLAB Tutorial–Controller Tuning -Part 2
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MATLAB Tutorial–Controller Tuning -Part 3
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MATLAB Tutorial – Controller Design -Part 1
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MATLAB Tutorial – Controller Design -Part 2
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MATLAB Tutorial – Controller Design -Part 3
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Conclusion Lecture
Description:
COURSE OUTLINE: The course will include as the first-third, material on transfer function, controller concepts, tuning and stability that are usually taught in a control class. The second-third of the course deals with MIMO control concepts at a basic level. The final-third of the course deals with performance assessment of SISO controllers.

Process Control - Analysis, Design and Assessment

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#Engineering #Manufacturing #Electrical Engineering #Control Systems #Stability Analysis #Mathematics #Mathematical Analysis #Laplace Transform
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Process Control - Design, Analysis and Assessment - Introduction video