rocks: ~ $ Hello I Am Pabitra

rocks: ~ $ I Live In Manbazar

rocks: ~ $ I Am A Self-Taught Software Engineer

rocks: ~ $ I Know Full-Stack Web Development

rocks: ~ $ I Am Learning AI + ML + DL

rocks: ~ $ I Love To Solve Programming Problems |



rocks: ~ $ Copyright © 2023 || Pabitra Banerjee

Hi, I am Pabitra
(but you can call me Bhed)

Hello There!



  • I am so excited you're here!


  • I am from Manbazar. There aren't a lot of Natives in tech and one of my biggest goals is to get more exposure to the natives of all tribes so a career in tech can become possible!


  • I'm now pursuing my B.Sc in Computer Science From Manbhum Mahavidyalaya.


  • I am very passionate about the Full-Stack Web Development & Artificial Intelligence and Mechine Learning and am focused learning as much as I can. However, the frontend is pretty amazing. I had so much fun creating this site!


  • Feel free to reach out. Virtual high fives !!

My Projects

Real Time Face Recognisition




I developed a real-time face recognition system using Python, OpenCV, and TensorFlow. It leverages OpenCV for face detection and feature extraction, while TensorFlow's deep neural network recognizes facial features and generates compact embeddings for matching. The system operates on a user-friendly web page.


By combining Python, OpenCV, and TensorFlow, I built a compact face recognition system. OpenCV handles face detection and feature extraction, while TensorFlow's deep neural network produces embeddings for matching. The system is accessible through a user-friendly web page.


GitHub Repo

Rotating Donut Animation




The project is a C program that generates a mesmerizing rotating donut animation using ASCII characters. It utilizes trigonometric functions to calculate coordinates and creates the illusion of rotation by continuously updating character positions. Shading effects enhance realism, and the animation rotates endlessly by incrementing angle parameters.


In summary, this C program combines ASCII art and programming to create a captivating donut animation. Trigonometry calculates coordinates, characters move to simulate rotation, and shading effects add depth. It demonstrates the artistic potential of mathematics and programming for visually engaging animations.


GitHub Repo

Say Hi Or Keep in Contact

pabitrabanerjee.newsgoogle.org

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