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4.5 KiB
4.5 KiB
Summary
- Introduction
- Glossary
- Safety tips
- Assembly
- Configuration
- Manual flight
- Working with Raspberry Pi
- Programming
- Camera setup
- Fiducial markers (ArUco)
- Optical Flow
- Simple OFFBOARD
- Coordinate systems (frames)
- Code snippets
- Interfacing with a laser rangefinder
- LED strip
- Working with GPIO
- Interfacing with a sonar
- Computer vision basics
- Using rviz and rqt
- Software autorun
- Using JavaScript
- Blocks programming
- Simulation
- ROS
- MAVROS
- Supplementary materials
- COEX Pix
- COEX PDB
- COEX GPS
- Guide on autonomous flight
- Hostname
- PX4 Simulation
- Navigation using vertical ArUco-markers
- PID Setup
- Model files for parts
- ROS Melodic installation
- Camera calibration
- VPN ZeroTire Connection
- Quadcopter control with 4G communication
- Clover and Jetson Nano
- Remote control app
- Wi-Fi Configuration
- UART settings
- PX4 Parameters
- PX4 Logs and Topics
- PX4 Firmware
- MAVLink
- Multimeter usage
- RC Troubleshooting
- Flashing ESCs
- Interfacing with Arduino
- Connecting GPS
- Working with IR sensors
- FPV Setup
- FPV Setup (Clover 3)
- Magnetic grip
- Mechanical grip
- Trainer mode
- Tinning
- Types of power connectors
- Connecting 4 in 1 ESCs
- Soldering safety
- LED strip (legacy)
- Contribution Guidelines
- Migration to v0.20
- Migration to v0.22
- Events
- Clover-based projects
- Autonomous Multirotor Landing System (AMLS)
- Drone show
- Innopolis Open 2020 (L22_ÆRO)
- Copter spheric guard
- Face recognition system
- Android RC app
- 3D-scanning drone
- Human pose estimation drone control
- Robocross-2019
- Camera calibration (legacy)
- Recognition of crop types in agriculture
- Drones to fight Coronavirus
- D-drone Copter Hack 2021 by AT Makers
- 3D-printed Generative Design Frame
- Retail Drone
- The Indoor Mapping Drone
- Seeding Drone
- Blue Jay Eindhoven