Computer Vision With Arduino | 2 Hour Course | OpenCV Python
Welcome to the world's first Computer Vision with Arduino Course. Here we are going to learn the basics of how to create real-world Computer Vision applications using the extremely popular Arduino Microcontroller. We will first start with basic exercises and move on to creating exciting projects such as Lamp Gesture Control, PID FAce Tracking, Angle Finder, Hand Gesture Control, Color Sorter with Conyeor belt, and a lot more.
The aim of this course is not to create random projects. But to understand the fundamentals and to give you enough knowledge and experience so you can build your own million-dollar ideas. This course has a clear pathway from basic to advanced with lots of practice examples.
This video is part of the course. The complete course can be found on our CVZone Platform.
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00:00 Trailer
01:06 Introduction – Arduino Basics
10:47 Introduction – Arduino Sensor
22:46 Introduction – PWM
27:42 Installation – Python
29:11 Installation – Pycharm IDE
30:45 Installation – Arduino IDE
34:16 Insatllation – CVZone Library
35:42 Led Wiring
36:50 Led Arduino Code
52:32 Led Python Code
01:00:09 Led Graphics
01:07:31 Potentiometer Wiring
01:15:37 Potentiometer Arduino Code
01:24:15 Potentiometer Python Code
01:26:01 Potentiometer Graphics
01:40:01 Face Detection LED – Detecting Faces
01:47:01 Face Detection LED – Arduino Code
01:48:59 Face Detection LED – Python
01:52:42 Face Detection RGB – Wiring
01:53:23 Face Detection RGB – Basic
01:58:43 Face Detection RGB – RGB Serial
02:02:02 Face Detection RGB – Python Code
IoI very very good! I did it on my linux with some small changes to the code, and it turned out great! Congratulations on your didactic man! Amazing..thanks!!??⌨
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my final year project is based on your course thanks a lot and we included you as a honorary mention and as a mentor
Thank you for providing this tutorial. The video is jam-packed with simple but powerful insights.
Bro, such a great video, thank you very much for this!!! I’m learning a lot, very precise content and very didactic ????
Great job, and course. It will help many people to understand programming
Thank you for this amazing video.
But I have a problem
When i run the python code, it doesn’t work and it gives me an error “Warning: the serial device is not detected” and i connected the arduino port in the same port specified in the python code.
What is the problem?
Thanks for your considerations
simple to learn but great impact for me :), thanks.
Hello sir… Thanks for this video. Can you use C++ instead of python for this same video in an upcoming video? I’d really appreciate it…
Mind Blowing Course, thank you so much
Excellent. Fluent persistent explanation . I like it. Thank you. As a small note or observation: it equals to or is equal to
Dear Sir, please recommend or advice.. I want to create a system based on Arduino components and stepper motors along with other components so that the stepper motor ON and OFF is triggered in the voltage or amperage range (Min, Max) from other systems. Thank You
Damn. Really really well done material dude! How you manage to cover so much complex information in such a simply way and in the exact right order is phenomenal – so easy to understand.
Llv it sets 3?
Simple and fun. Thanks !
This is great video for me as well as others, Thank you bro for uploading this tutorial on youtube??
You are the best teacher I ever seen . You teach the future to us. The price of your video is infinite. Thanks from
Janatanagar,Chandkheda, Ahmedabad,gujrat, india.
Amazing course. Thank you!
This is the best training video I have ever seen in my life. I live in the UK but I believe this is the best all over the world
So easy to learn. Thanks for the video
Congratulations on 200K subscribers.
I hope it reaches the 1M mark soon
Thank you sir for bringing top-quality content.
Very informative video.thanks a lot. Also wanted to know if you have any material related to UART communication. wanted to know if i can give inputs from the digital pins and send output on uart based on the different values from the input pins