Hi, I am a robot developer in both mechanical design and control programming.
ZLAC8015D_python. This is a simple python API to drive ZLAC8015D AC servo
31hexapod_dev_esp32. This project is a Hexapod class library to use with ESP32 in Arduino framework
25Drone_webrtc_control. A backend of script to control Ardupilot drone with ROS and WebRTC
20jmoab-ros. A JMOAB ROS package
17BrushlessDriveWheels. C++
13Adaptive-Control-of-2DOF-Robot-Arm. Python
11jmoab_autopilot_ros. An autopilot node to run on ROS
6testYDLidar. C++
6ddsm115_python. A python module to control DDSM115 motor
5GYEMS-Servo. C++
5ATCart-Delivery. Python
5Distance-Keeping-Nav. Python
4atcart_omni_gazebo. Gazebo model and ROS control for ATCart-Omni
4AvatarBot. Python
4ZLAC8015D. A simple library to control ZLAC8015D motor driver from ESP32-Arduino
3parallel-line-nav. Python
3pydarknet. Python
3chestnut-picker. Python
3DynamixelServoGimbal. Python
3atdrive-moab. Motor and I/O control board (firmware)
3webrtc_telemetry. A ROS package to allow Ardupilot or JMOAB to communicate with web console via WebRTC
2atcart_omni. Testing a control of ATcart-Omni in different modes
2atcart_basic_gazebo. An ATCart basic model to run on Gazebo world
2ATCart-AP-lidar. Python
2The-Delta-Robot-MK2-Cpp. C++
2LabRobotArmOfficial. Python
1apple_following_bot. a sample code of apple following robot
1Chiwawa-bot. A prototype of five-bar linkage legs quadruped robot
1DeltaRobot_CAD.
1umoab_ros2_converter. This is a sample package to port topics from UMOAB (ROS1) to ROS2 environment
1GYEMS-Servo-Python. Python
1