1:16:58CE 397: Control Theory (2023), Lecture 01: What are systems?
A 77-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 01: What are systems?”.
Matt Bartos
362 subscribers on YouTube
Shorts, livestreams, trailers and promos are never listed. Unless a curator approved this channel in full, only individually picked videos appear.
1:16:58
1:11:29CE 397: Control Theory (2023), Lecture 02: Linear ODEs for single-variable systems
A 71-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 02: Linear ODEs for single-variable systems”.
1:15:28CE 397: Control Theory (2023), Lecture 03: Solving single-variable LTI systems
A 75-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 03: Solving single-variable LTI systems”.
1:13:15CE 397: Control Theory (2023), Lecture 04: Impulse response and convolution
A 73-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 04: Impulse response and convolution”.
1:10:09CE 397: Control Theory (2023), Lecture 05: Dynamic response analysis by Laplace transform
A 70-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 05: Dynamic response analysis by Laplace transform”.
1:08:01CE 397: Control Theory (2023), Lecture 06: Laplace transforms continued
A 68-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 06: Laplace transforms continued”.
1:07:31CE 397: Control Theory (2023), Lecture 07: Control preliminaries: poles, zeros, and blocks
A 68-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 07: Control preliminaries: poles, zeros, and blocks”.
1:09:55CE 397: Control Theory (2023), Lecture 08: Introduction to feedback control
A 70-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 08: Introduction to feedback control”.
1:11:38CE 397: Control Theory (2023), Lecture 09: PID Control
A 72-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 09: PID Control”.
1:13:20CE 397: Control Theory (2023), Lecture 10: Introduction to multivariable systems
A 73-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 10: Introduction to multivariable systems”.
1:00:59CE 397: Control Theory (2023), Lecture 11: Linear algebra review
A 61-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 11: Linear algebra review”.
1:09:51CE 397: Control Theory (2023), Lecture 12: Vector spaces
A 70-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 12: Vector spaces”.
1:13:05CE 397: Control Theory (2023), Lecture 13: Linear independence, span, bases, norms, inner products
A 73-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 13: Linear independence, span, bases, norms, inner products”.
1:14:49CE 397: Control Theory (2023), Lecture 14: Orthogonality, linear transformations
A 75-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 14: Orthogonality, linear transformations”.
1:10:34CE 397: Control Theory (2023), Lecture 15: Linear operators and the four fundamental subspaces
A 71-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 15: Linear operators and the four fundamental subspaces”.
1:14:54CE 397: Control Theory (2023), Lecture 16: Overdetermined and underdetermined problems
A 75-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 16: Overdetermined and underdetermined problems”.
1:12:48CE 397: Control Theory (2023), Lecture 17: Eigenvalues and eigenvectors
A 73-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 17: Eigenvalues and eigenvectors”.
1:12:08CE 397: Control Theory (2023), Lecture 18: More on eigendecompositions
A 72-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 18: More on eigendecompositions”.
1:10:32CE 397: Control Theory (2023), Lecture 19: The matrix exponential and solving LTI systems
A 71-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 19: The matrix exponential and solving LTI systems”.
1:13:59CE 397: Control Theory (2023), Lecture 20: Controllability and observability
A 74-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 20: Controllability and observability”.
45:56CE 397: Control Theory (2023), Lecture 21: Full-state feedback control
A 46-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 21: Full-state feedback control”.
55:38CE 397: Control Theory (2023), Lecture 22: Full-order observers
A 56-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 22: Full-order observers”.
47:31CE 397: Control Theory (2023), Lecture 23: Linear Quadratic Regulation and Kalman Filtering
A 48-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 23: Linear Quadratic Regulation and Kalman Filtering”.
53:36CE 397: Control Theory (2023), Lecture 24: Model-predictive control
A 54-minute video from Matt Bartos: “CE 397: Control Theory (2023), Lecture 24: Model-predictive control”.
1:12:00CE356: Elements of hydraulic engineering (SP 2025), Lecture 02: Conservation of mass and momentum
A 72-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 02: Conservation of mass and momentum”.
1:11:47CE356: Elements of hydraulic engineering (SP 2025), Lecture 03: Conservation of energy
A 72-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 03: Conservation of energy”.
1:13:27CE356: Elements of hydraulic engineering (SP 2025), Lecture 04: Introduction to friction models
A 73-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 04: Introduction to friction models”.
41:56CE356: Elements of hydraulic engineering (SP 2025), Lecture 05: Computing frictional losses
Intermediate
A 42-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 05: Computing frictional losses”.
59:48CE356: Elements of hydraulic engineering (SP 2025), Lecture 06: Empirical frictional loss models
Intermediate
A 60-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 06: Empirical frictional loss models”.
1:13:34CE356: Elements of hydraulic engineering (SP 2025), Lecture 07: Minor losses
Intermediate
A 74-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 07: Minor losses”.
25:54CE356: Elements of hydraulic engineering (SP 2025), Lecture 08: Energy equation practice
Intermediate
A 26-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 08: Energy equation practice”.
56:41CE356: Elements of hydraulic engineering (SP 2025), Lecture 09: Introduction to pipe networks
Intermediate
A 57-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 09: Introduction to pipe networks”.
23:44CE356: Elements of hydraulic engineering (SP 2025), Lecture 10: Looped pipe networks
Intermediate
A 24-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 10: Looped pipe networks”.
1:03:29CE356: Elements of hydraulic engineering (SP 2025), Lecture 13: Pump power and efficiency
Intermediate
A 63-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 13: Pump power and efficiency”.
57:51CE356: Elements of hydraulic engineering (SP 2025), Lecture 14: Pump speed and pumps in combination
Intermediate
A 58-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 14: Pump speed and pumps in combination”.
40:47CE356: Elements of hydraulic engineering (SP 2025), Lecture 15: Pump combinations practice
Intermediate
A 41-minute video from Matt Bartos: “CE356: Elements of hydraulic engineering (SP 2025), Lecture 15: Pump combinations practice”.