This library enables you to use 1 Hardware Timer on ESP32-based board to control 16 or more servo motors. Now supporting ESP32, ESP32_S2, ESP32_S3, ESP32_C3-based boards. Tested OK with ESP32 core …

The Mime Industries learning site

The Mime Industries web site

The Mime Industries learning site

A debian meta package to install all MeArm headlessPi packages

A package to control the MeArm from your micro:bit

A node.js based simulator for Mirobot to use as a stand-in

A simple service that enables discovery of Mirobot devices on your local network

An atom-shell app for updating Mirobot (http://mirobot.io)

Tests for the Mirobot Arduino code

The simple updates site for firmware updating

The Jekyll project for mirobot.io

The web application that is used to control Mirobot (http://mirobot.io)

Motion control library for Phenoptix meArm in Python on BeagleBone Black

Motion control library for Phenoptix meArm on an Arduino with an Adafruit 16-channel PWM Servo driver board

A spark core controller for the MeArm robotic arm. Complete with S-Curve motion planning and inverse kinematics.

Movement control library for Phenoptix meArm for Raspberry Pi via Adafruit PWM Servo driver

Affordable Industrial Grade Motion Control

A spark core controller for the MeArm robotic arm. Complete with S-Curve motion planning and inverse kinematics.

Motion control library for Phenoptix meArm in Python on BeagleBone Black

The battery voltage is sensed using the ADC pin of the ESP32 and calibrated by averaging filtering and software（超详细注释，ADC电压检测）

Inverse kinematics control library for Phenoptix meArm

Standard control and Inverse Kinematics control library for MeArm and Arduino

TTGO T-camera Plus

Shrinked OpenCV for ESP32

OpenCV applications for ESP32

Shrinked OpenCV for ESP32

ESP32-CAM: Object classification with Tensorflow.js

This repository would show you how to make an object detection remote control camera with ESP32-CAM module