Видео ютуба по тегу Matlab Auv Control

17. Full SMC Controller Integration for AUV | Disturbance Observer & Infinity Path Mission
17. Full SMC Controller Integration for AUV | Disturbance Observer & Infinity Path Mission
15. Disturbance Observer-Based Sliding Mode Control (DOB-SMC) for AUVs – MATLAB Simulation
15. Disturbance Observer-Based Sliding Mode Control (DOB-SMC) for AUVs – MATLAB Simulation
14. Adaptive Sliding Mode Control for AUVs | Handling Uncertain Dynamics with MATLAB
14. Adaptive Sliding Mode Control for AUVs | Handling Uncertain Dynamics with MATLAB
13. Path Following for AUVs Using Sliding Mode Control
13. Path Following for AUVs Using Sliding Mode Control
12. Comparing Sliding Mode Control Variants: Basic SMC, Boundary Layer, and Super-Twisting
12. Comparing Sliding Mode Control Variants: Basic SMC, Boundary Layer, and Super-Twisting
8. Implementing a Basic Sliding Mode Controller in MATLAB (Live Coding + Explanation)
8. Implementing a Basic Sliding Mode Controller in MATLAB (Live Coding + Explanation)
3. Simplified State-Space Model of an AUV – Control-Oriented Modeling in MATLAB
3. Simplified State-Space Model of an AUV – Control-Oriented Modeling in MATLAB
2. AUV Dynamics Explained – 6 DOF Motion and MATLAB Modeling
2. AUV Dynamics Explained – 6 DOF Motion and MATLAB Modeling
AUV Control Solution with MatLab & Simulink | S.O.N.I.A.
AUV Control Solution with MatLab & Simulink | S.O.N.I.A.
6-DoF autonomous underwater vehicle (AUV) and a position and velocity controller for the AUV
6-DoF autonomous underwater vehicle (AUV) and a position and velocity controller for the AUV
Model based system engineering for autonomous systems with MATLAB
Model based system engineering for autonomous systems with MATLAB
Event triggered and nonlinear model predictive control MPC AUV formation following control/ MATLAB
Event triggered and nonlinear model predictive control MPC AUV formation following control/ MATLAB
Autonomous Surface Vehicle simulation in MATLAB/Simulink
Autonomous Surface Vehicle simulation in MATLAB/Simulink
Autonomous underwater vehicle 3D path tracking simulation MATLAB/Simulink || AUV 3D visualization
Autonomous underwater vehicle 3D path tracking simulation MATLAB/Simulink || AUV 3D visualization
Mathworks Miniseries | Session 3: Test & Deploy an Adaptive Model Predictive Controller | RoboNation
Mathworks Miniseries | Session 3: Test & Deploy an Adaptive Model Predictive Controller | RoboNation
(First trial) Waypoint Follower for REMUS-100 Autonomous Underwater Vehicle (AUV) using Simulink
(First trial) Waypoint Follower for REMUS-100 Autonomous Underwater Vehicle (AUV) using Simulink
Simulate and Deploy UAV Applications with Hardware-in-the-Loop Workflows - MathWorks
Simulate and Deploy UAV Applications with Hardware-in-the-Loop Workflows - MathWorks
Trajectory Tracking Controller Comparison of an AUV using Simulink - UE4 environments.
Trajectory Tracking Controller Comparison of an AUV using Simulink - UE4 environments.
Connect a Physical Model in Simulink to Unreal Engine | AUV Deep Dive, Part 6
Connect a Physical Model in Simulink to Unreal Engine | AUV Deep Dive, Part 6
Optimize an AUV’s Center of Mass | AUV Deep Dive, Part 3
Optimize an AUV’s Center of Mass | AUV Deep Dive, Part 3
Import a CAD Model of an AUV for Dynamic Simulation | AUV Deep Dive, Part 2
Import a CAD Model of an AUV for Dynamic Simulation | AUV Deep Dive, Part 2
Underwater autonomous vehicle (UAV) path tracking simulation using MATLAB
Underwater autonomous vehicle (UAV) path tracking simulation using MATLAB
Underwater vehicle attitude control - 3D movie by MATLAB
Underwater vehicle attitude control - 3D movie by MATLAB
Build Something! MATLAB and Simulink for Hardware Projects
Build Something! MATLAB and Simulink for Hardware Projects
Modeling and Simulation of an Autonomous Underwater Vehicle
Modeling and Simulation of an Autonomous Underwater Vehicle