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Showing posts from March, 2020

Easier to manage.

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Organized my ASA setup so it's easier to manage. Unfortunately, face tracking at the moment is not working right due to me not understanding PID systems enough so it's disabled for now.   Planning to rig up a USB mic for some voice recognition. I guess I need a speaker as well... Anyone has tips for calibrating a PID system for the pan-tilt system?  #3dprintergiveaway [Original post on March 25, 2020 4:03AM PST on Facebook]

ASA: A personal humanoid assistant.

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ASA: a personal humanoid assistant This is a project I've been working on for the past three years. It includes a Arduino UNO and a Raspberry Pi 2. The goal was to make a autonomous humanoid that could be a template for future human-like robots. Currently, it can learn, recognize, and track faces. Future plans include speech recognition, neural network machine learning chatbot ai, and finally a full size humanoid body. Obviously this is too lofty of a goal, but I wanted to see if a self-taught student could achieve the ultimate roboticists' dream: a ai humanoid. The project is currently halted due to school, but may pick it up again soon. In its current state, the Raspberry Pi 2 communicates with the Arduino UNO through USB to control the pan/tilt base of the camera. I used Python to program the Pi for face recognition through OpenCV, and then pass instructions to the UNO through serial. On the UNO is just a simple program that reads from serial and in turn, moves the servos ac