Duration: (29:16) ?Subscribe5835 2025-02-28T09:56:36+00:00
ENGR487 Lecture14 Example of Mapping
(29:16)
2014W ENGR487 Lecture14 Mapping fromms-plane to z-plane, Part II
(1:20:37)
Lecture 14 and 15 Elementary Transformations of Functions: Shifting, Scaling and reflecting
(1:28:14)
Lecture14
(50:54)
2014W ENGR487 Lecture15 Full-order Observer Design
(1:12:11)
Lecture 14 p1 Digital Control System
(27:31)
ENGR487 Lecture20 Review on Probability and Statistical Concepts
(1:19:13)
2014W ENGR380 Lecture33 Design for Welded Joints, Part 1
(49:)
Lecture 11B:Kalman Filter, Dr. Wim van Drongelen, Modeling and Signal Analysis for Neuroscientists
(46:58)
Continuous/Discrete, Feed-forward/Feedback Systems, System Properties, Signals \u0026 Systems Lec 7/28
(1:23:38)
2014W ENGR486 Lecture02 Basic Rotation Matrix
(1:16:34)
ENGR380 Lecture19 Stiffness of Bolted Joint
(1:9:9)
Mapping from the s-plane to the z-plane II: Overview (a), 15/4/2014
(16:47)
New Quaternion Math Leads to New Reasons Why Physics Work
(41:6)
로봇제어공학 – Introduction to Robotics 2장 좌표계 매핑과 Transformation matrix
(1:8:41)
DSP Lecture 9: Inverse z-Transform; Poles and Zeros
(1:6:39)
Control Systems Engineering - Lecture 9 - The s-plane
(46:41)
2014W ENGR487 Lecture02 z Transform
(1:19:14)
2014W ENGR487 Lecture11 Pole Placement
(1:17:42)
Nazareth Bedrossian: Aerospace Perspective on Optimal Control
(3:1econd)
APG Lecture 14
(45:55)
ENGR487 Lecture13 Mapping from s to z-plane
(1:20:6)
ENGR487 Lecture17 Min/Max and Lagrange Mulitplier
(1:14:49)
ENGR380 Lecture14 Shaft Design
(1:19:21)
2025 Evolutionary robotics course. Lecture 14. Active Categorical Perception.
(1:16:21)
2014W ENGR486 Lecture14 Kinematic Singularities
(1:13:32)