100-Drone SITL Test in Clustered Cloud Servers | MDS Mavsdk Drone Show Version 2 скачать в хорошем качестве

100-Drone SITL Test in Clustered Cloud Servers | MDS Mavsdk Drone Show Version 2

Welcome to the latest update of the MDS Mavsdk Drone Show! In this video, I demonstrate a 100-Drone Software-In-The-Loop (SITL) Test deployed across clustered cloud servers. This setup highlights the scalability and performance of our drone simulation environment, leveraging Docker containers, PX4 SITL, Gazebo, and comprehensive network configurations to create realistic simulations. 🔍 What You'll Learn: Single vs. Clustered Server Setup: Discover the differences between running all drones on a single powerful cloud server versus distributing them across multiple clustered servers. Latency Testing: Watch as I place one server in Iran and another in LA to test communication latency, showcasing the impact of geographic distribution on performance. Drone Show Demo: Experience a live demonstration where drones form the shape of a hand and attempt to place a wedding ring on a finger, complete with a humorous rotation mistake. Technical Workflow: Gain insights into the workflow, including Docker networking, PX4 SITL integration, Gazebo simulations, and more. ⏰ Timestamps: 0:00 - Intro Demo 0:20 - Real-World Tests Footage 4:00 - Single Server 100-Drone SITL Test 13:20 - Clustered Server 100-Drone SITL Test Setup 19:20 - Full 100-Drone SITL Test Show 20:50 - Outro & Conclusion 📚 Resources & Links: Main Demo Instruction: https://github.com/alireza787b/mavsdk... Portainer Guide by Network Chuck:    • learning Docker is HARD!! (this makes it e...   Project History YouTube Playlist:    • Drone Show Swarm Project   GitHub Repository: https://github.com/alireza787b/mavsdk... Netbird Knowledge Base: https://docs.netbird.io/ MAVLink Official Documentation: https://mavlink.io/en/ QGroundControl Documentation: https://docs.qgroundcontrol.com/maste... 🔧 Tools & Technologies Used: Docker: Containerizing each drone instance for isolation and scalability. PX4 SITL: Simulating drone firmware for realistic flight behavior. Gazebo: Advanced robotics simulator for accurate environment modeling. SkyBrush: Designing intricate drone formations in Blender. 👍 If You Enjoyed This Video: Like this video to show your support! Subscribe to the channel for more drone simulations, tutorials, and demos. Comment below with your thoughts, questions, or suggestions. Your feedback helps shape future content! 🤝 Get Involved: Contribute to the Project: Fork the repository, submit pull requests, or join our community discussions. Collaborate: Interested in integrating MDS into your projects or need custom solutions? Reach out via email or LinkedIn. ⚠️ Safety First: While SITL simulations are a powerful tool for testing and development, they are not a substitute for real-world validation. Ensure all real-world drone operations comply with local regulations, have proper safety measures, and include failsafe mechanisms to prevent accidents. LinkedIn:   / alireza787b   https://github.com/alireza787b/mavsdk... -   / alireza787b   #DroneSimulation #Mavsdk #DroneShow #PX4SITL #Gazebo #Docker #OpenSourceDrones #TechDemo #100Drones #MDSDroneShow #AerialRobotics #Mechatronics #SmartRobots #AI #PythonDrone #Pixhawk #python #px4 #ardupilot #drone #droneshow #robotics #docker #sitl #simulation #gazebo #aerospace #evtol