Applied Control Systems 5: UAV: Real-Time Control in Python

Applied Control Systems 5: UAV: Real-Time Control in Python
Last updated 11/2025
Duration: 9h 38m | .MP4 1280×720 30fps(r) | AAC, 44100Hz, 2ch | 4.52 GB

Learn Linux based real-time UAV control in Python using state feedback linearization and MPC with quaternions and Euler

What you’ll learn
– Build a Linux based server in Python for controlling systems in real-time
– Manage and process incoming and outgoing data in Python in real-time
– Apply real-time state feedback linearization to UAV position control
– Apply Euler and Quaternion based real-time MPC attitude control to a UAV

Requirements
– Applied Control Systems 1: autonomous cars: Math + PID + MPC
– Applied Control Systems 2: autonomous cars (360 tracking)
– Applied Control Systems 3: UAV drone (3D Dynamics & control)
– Applied Control Systems 4: UAV: Quaternions + MPC + PID
– Basic skills in Python programming

Description
This course,Applied Control Systems 5: UAV: Real-Time Control in Python, is designed to equip engineers, robotics enthusiasts, and control systems developers with practical skills in building and managingreal-time UAV control systemsusingPythonon aLinux-based server. Learn to efficientlyprocess real-time data streamsfor UAV control, handling both incoming sensor data and outgoing control commands.

Explore advanced control techniques such asstate feedback linearizationto achieve preciseUAV position controlin real time. Dive into the implementation ofModel Predictive Control (MPC)for UAV attitude, comparingEuler angleandquaternion-based approachesto ensure robust and accurate performance under dynamic conditions.

Throughout the course, you will develop expert-level Python programming skills tailored forreal-time controlapplications, including asynchronous data processing, communication protocol management, and tight integration of control algorithms with simulation environments. Practical projects guide you step-by-step to create reliable and efficient UAV control servers.
Key topics include:

Building and deploying aLinux-based Python serverfor real-time UAV control

Managing and processingreal-time sensor and control data

Applyingstate feedback linearizationfor UAV position regulation

Implementingreal-time MPCfor attitude control using bothEuler anglesandquaternions

Integrating advanced control algorithms in real UAV applications

By the end of this course, students will have the confidence and technical capability to design, program, and deployreal-time UAV control systemsthat harness modern nonlinear control strategies and real-time software engineering practices.

This course is ideal for learners focused onUAV systems,real-time control engineering, andPython implementation.

Who this course is for:
– Control Systems engineers
– Aerospace and Mechanical engineers
More Info