Insights I gained from building a voice Circuit Diagram Make a Virtual Assistant AI Robot for Computer Automation and Little Chit Chat. The purpose of the robot is to create a more human UX for interfacing with ChatGPT. To achieve this goal, the robot will have a microphone/speaker system that enables a user to communicate entirely verbally. The robot will also have multiple anthropomorphic features like blinking/moving eyes and a mouth. Achieved Learn how to create your own voice-controlled robot using limited voice recognition and the power of ESP32 and TensorFlow Lite. Explore wake word detection and Wit.ai integration to enable voice control. Build a two-wheeled robot and train a neural network model for accurate command recognition. Find out the performance of the trained model and discover potential improvements for future projects.
We're building a voice-controlled robot!In this video, I show how you can build a voice-controlled robot using the ESP32 and TensorFlow Lite.We'll train up a Build your own voice-controlled robot - all you will need is an ESP32 and Microphone board (and some motors etc). You can watch a video of the robot in action here (YouTube):. I'm using a microphone breakout board that I've built myself based around the ICS-43434 - but any microphone board will work. The robotic arm is powered by an Arduino Uno board and uses a Voice Recognition Module V3 to process the voice commands. The voice commands are transmitted wirelessly using the XBee S2C Digi
Powered Robot: A Comprehensive Guide Circuit Diagram
TL;DR Key Takeaways : Building a local AI voice assistant with Raspberry Pi and Home Assistant enhances privacy and data control compared to cloud-based solutions.
Step 3: Design and Assemble the Robot. Design your robot's structure. Use a ready-made chassis or create one using cardboard, acrylic, or 3D-printed parts. Assemble the components based on your design. Ensure wiring is secure and components are properly placed. Tip: Watch tutorials on assembling robot kits for guidance.
