🤖Build a robot arm using 3D printing and assembly techniques.
🧠Add artificial intelligence using computer vision to track and replicate hand movements.
🔌Control the robot arm using just 20 lines of Python code.
🛠️Learn about the INMOVE robot arm design and its open-source availability.
💻Explore the CV Zone library for building robotics and computer vision applications.
What materials are needed to build the robot arm?
—You will need a 3D printer, filament, nuts and bolts, and the INMOVE robot arm files.
Do I need programming experience to follow this tutorial?
—Some basic programming experience in Python will be helpful, but the tutorial guides you through each step.
How accurate is the computer vision tracking?
—The computer vision algorithm allows for accurate tracking of hand movements, resulting in precise replication on the robot arm.
Can I customize the robot arm design?
—Yes, the INMOVE robot arm design is open-source, allowing for customization and modifications.
Is the CV Zone library available for free?
—No, the CV Zone library is a premium course available for purchase.
00:00Introduction to building a robot arm with artificial intelligence using Python.
01:01Overview of the INMOVE robot arm design and its open-source availability.
02:51Step-by-step process of building the robot arm, including 3D printing and assembly.
08:23Introduction to coding the robot arm using Python, specifically the CV Zone library.
10:01Explanation of the serial communication and string format used for controlling the robot arm.
14:15Explanation of the concept of sending command signals to control the robot arm's movements.
18:13Demonstration of coding the robot arm to replicate hand movements using computer vision.
20:32Conclusion and final thoughts on building a robot arm with artificial intelligence in Python.
