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NPTEL-NOC IITM

State Space Approach to Control System Analysis and Design

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Last updated on Apr 22, 2024
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Introduction - State Space Approach to Control System Analysis and Design
2:34
Introduction
12:25
Standard State--space Representation of Physical Systems
23:24
Mathematical Modeling from First Principles
54:35
Mathematical Modeling from First Principles
1:00:34
State-space Representation of Transfer Functions
36:24
State-space Representation of Transfer Functions (Contd.)
17:04
Equivalent Dynamical Equations
17:14
Transformation of State Equations into Canonical forms
35:15
Simulation: An Overview
32:32
Numerical Solution of State Equations
27:21
Solution of State Equations: methods to determine the STM
30:58
Solution of State Equations
25:47
Controllability
44:20
Controllability
27:47
Observability
53:38
Controllability
27:44
Lypunov's Stability - 2
31:10
Lypunov's Stability - 3
32:41
Lypunov's Stability - 1
38:21
Pole Placement Design-II: Properties of State Feedback
27:29
Pole Placement Design-III: Pole placement formulae, Selection of Closed loop pole locations
41:53
Pole Placement Design-I: Concept of State feedback
46:45
Linear Quadratic Optimal Control - Part 1
34:33
Linear Quadratic Optimal Control - Part 2
40:31
Linear Observers-Full Order Observer
43:16
Linear Observers-Reduced Order Observer
45:46
Separation Principle
1:04:03
State space Approach to Control System Analysis and Design - Live
1:44:51
Multirate Sampling Controllers-Relationship between System state,multirate output samples and inputs
51:08
Multirate Output Controller (MROC)
37:22
Fast Output Sampling (FOS) Controller
38:36
Periodic Output Feedback (POF) Controller
49:45
Continuous -- Time Kalman Filter
1:02:34
Discrete--Time Kalman Filter
31:58
Case Study of Nuclear Reactor: Nonlinear Model Development
1:08:49
Case Study of Nuclear Reactor: Model Linearization
38:52
Case Study of Nuclear Reactor: Output Feedback Control Design
19:47
State space Approach to Control System Analysis and Design - Live session
53:01
Case Study of Nuclear Reactor: Periodic Output Feedback Design
37:15
Case Study of Nuclear Reactor: Fast Output Sampling based Control Design
26:58