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Syllabus / What will i learn?
Curriculum for this course
39 Lessons
37:20:23 Hours
Module-1
1 Lessons
- Introduction and Motivation for Advanced Control Design 00:58:56
Classical Control Overview - I
1 Lessons
- Classical control over view-1. 00:57:21
Classical Control Overview - II
1 Lessons
- Classical Control Overview - II 00:57:42
Module-2
2 Lessons
- Classical Control Overview - III 00:58:04
- Classical Control Overview -- IV 00:58:09
Modul-3
3 Lessons
- Basic Principles of Atmospheric Flight Mechanics 00:57:18
- Overview of Flight Dynamics - I 00:59:52
- Overview of Flight Dynamics -- II 00:58:52
Modul- 4
3 Lessons
- Representation of Dynamical Systems -- I 00:58:36
- Representation of Dynamical Systems -- II 00:54:22
- Representation of Dynamical Systems -- III 00:53:56
Modul- 5
3 Lessons
- Review of Matrix Theory - I 00:57:17
- Review of Matrix Theory - II 00:56:44
- Review of Matrix Theory - III 00:57:08
Modul- 6
1 Lessons
- Review of Numerical Methods 00:58:43
0 Lessons
Modul- 7
1 Lessons
- Linearization of Nonlinear Systems 00:59:04
Modul- 8
4 Lessons
- First and Second Order Linear Differential Equations 00:57:19
- Time Response of Linear Dynamical Systems 00:58:38
- Stability of Linear Time Invariant Systems 00:58:32
- Controllability and Observability of linear Time Invariant Systems 00:55:46
Modul- 9
2 Lessons
- Pole Placement Control Design 00:58:22
- Pole Placement Observer Design 00:55:58
Modul-10
1 Lessons
- Static Optimization: An Overview 00:57:10
Modul-11
5 Lessons
- Calculus of Variations: An Overview 00:51:55
- Optimal Control Formulation using Calculus of Variations 00:59:20
- Classical Numerical Methods for Optimal Control 00:59:05
- Linear Quadratic Regulator (LQR) Design - 1 00:52:02
- Linear Quadratic Regulator (LQR) Design - 2 00:41:09
Modul-12
2 Lessons
- Linear Control Design Techniques in Aircraft Control--I 00:59:02
- Linear Control Design Techniques in Aircraft Control -- I 00:58:15
Modul- 13
3 Lessons
- Lyapunov Theory -- I 00:59:26
- Lyapunov Theory -- II 00:58:01
- Constructions of Lyapunov Functions 00:59:42
Modul-14
5 Lessons
- Dynamic Inversion -- I 00:59:52
- Dynamic Inversion -- Il 01:00:25
- Neuro-Adaptive Design -- I 00:59:59
- Neuro-Adaptive Design -- II 01:00:16
- Neuro-Adaptive Design for Flight Control 00:59:29
Modul-15
1 Lessons
- Integrator Back-Stepping; Linear Quadratic (lQ) Observer 00:58:36
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