MP Project XO Documentation ✨🤖🎮

1. Hardware Part: Robotic Arm 🦾🔧⚙️

We will use a 3D-printed robotic arm with 3 degrees of freedom. This arm will:

1. Print each part individually.
2. Assemble the full arm.
3. Utilize three MG90S servo motors for horizontal/vertical arm movement and one additional motor for rotations. 🤖🛠️🎯

Custom Design 🎨🔩🕹️

We will replace the standard end-effector (gripper) with a custom design that supports different attachments, including an electromagnet for the Tic-Tac-Toe game. 🧲🎲🕹️

References 🔍📽️📜

• Video showcasing assembly and movement: Watch Here
• Detailed component and assembly guide: Instructables Guide

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2. Software Part: Tic-Tac-Toe Detection ML Model & Solver 🧠🎮🤖

How It Works ⚡💡📊

Our system integrates a machine learning model for Tic-Tac-Toe detection and solving. The model detects the game state and calculates optimal moves for the robotic arm to execute. 🤖🎯🕹️

Demonstration 🎥🖥️🎯

• Video showcasing the ML model in action: Watch Here

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Summary 🏆📜🤝

This project combines hardware and software to create an interactive robotic Tic-Tac-Toe player. The robotic arm, controlled by ML-based detection and solving algorithms, makes the game experience more engaging and automated. 🎮🤖🔥

For further details, visit the references above. 🔗📖✅