My solution proposal for the edX Lab3 problem
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Updated
Jul 4, 2018 - C++
My solution proposal for the edX Lab3 problem
Implementation of some computational geometry algorithms
Development of a Line following robot, which responds to light and sound, interfacing microphone, DC motors, LDR's, LED's, speaker with Arduino. Using MOSFET and BJT to amplify to drive the motors, and using LM358 as an audio amplifier.
Hello (Real) World with ROS – Robot Operating System course source file
This repository holds the Arduino Library for the EdX TinyML Specialization
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