ITC-DCLab - ViDoe

Institute of Technology of Cambodia
Dynamics and Control Laboratory

Building I Room 603

DCLab-Project CubeSat- engineering model development

1:31

DCLab-Project CubeSat- engineering model development

DCLab-Hybrid VTOL Successful Flight Simulation

2:06

DCLab-Hybrid VTOL Successful Flight Simulation

DCLab Robot Arm: Trajectory Tracking

0:56

DCLab Robot Arm: Trajectory Tracking

DCLab - Drone tech transition 2

1:02

DCLab - Drone tech transition 2

DCLab - Drone tech transition 1

0:15

DCLab - Drone tech transition 1

DCLab ABU Robocon 2024 (Cambodia): R2 fully autonomous

1:06

DCLab ABU Robocon 2024 (Cambodia): R2 fully autonomous

DCLab-Deep Learning Implementation to Nvidia Jetson

1:10

DCLab-Deep Learning Implementation to Nvidia Jetson

9-Position feedback control for a DC motor

1:04:10

9-Position feedback control for a DC motor

10-Simulation of DC motor velocity control

44:00

10-Simulation of DC motor velocity control

7-Simulation of dynamical system with discontinuity

31:18

7-Simulation of dynamical system with discontinuity

6-Taylor series and numerical method for nonlinear ode

46:23

6-Taylor series and numerical method for nonlinear ode

5-Taylor series for linearization

52:56

5-Taylor series for linearization

4-2-Modeling of nonlinear dynamic system 2

43:47

4-2-Modeling of nonlinear dynamic system 2

3-2-State space representation 1

48:25

3-2-State space representation 1

3-3-&-4-1-State space representation 2 + modeling of nonlinear dynamic system

41:23

3-3-&-4-1-State space representation 2 + modeling of nonlinear dynamic system

2-3-&-3-1-Stability convergence analysis

37:14

2-3-&-3-1-Stability convergence analysis

2-2-Laplace transform Vs characteristic equation

33:53

2-2-Laplace transform Vs characteristic equation

1-4-Nataural frequency and damping ratio

32:52

1-4-Nataural frequency and damping ratio

1-2-Modeling and analysis

23:09

1-2-Modeling and analysis

1-3-Modeling and analysis

33:33

1-3-Modeling and analysis

1-1-Modeling and analysis

1:12:45

1-1-Modeling and analysis

3-7-Linearization

53:02

3-7-Linearization

5-1-State estimator design

56:17

5-1-State estimator design

3-6-State feedback LQR

34:10

3-6-State feedback LQR

4-3-Controllability and Example of double mass spring damper

52:25

4-3-Controllability and Example of double mass spring damper

5-3-Rectifier and Inverter

1:08:03

5-3-Rectifier and Inverter

5-1-Orthogonality and power factor

52:39

5-1-Orthogonality and power factor

5-2-Power factor and measurement of distortion

25:43

5-2-Power factor and measurement of distortion

4-4-Practical activity

24:01

4-4-Practical activity

3-5-State feedback for system with disturbance

59:31

3-5-State feedback for system with disturbance