This project focuses on detecting number plates using state-of-the-art YOLO V8 and extracting characters using Google Tesseract. The system is designed to identify and read number plates accurately from images.
Technologies: Python, Flask, AWS
This project enhances the movie-watching experience by recommending films based on a similarity search. It uses the L2 distance of vectorized plot descriptions stored in a PostgreSQL database, combined with BERT and generative AI for personalized suggestions.
Technologies: Python, PostgreSQL, TensorFlow, Tokenization, Flask
This project introduces a system that displays humidity levels using a 16-bit ADC coupled with a precise analog sensor. It incorporates a machine learning model to automatically calibrate based on collected data points, ensuring high accuracy and reliability in humidity measurement.
Technologies: Python, Machine Learning, Regressor Model, ADC
This project introduces the "Phenix Orb," a custom Pokeball-designed device that uses Arduino and BLE module technology to notify users of missed calls. Combining whimsical design with practical functionality, this notifier ensures you never miss important calls again.
Technologies: Arduino, Python, Android
This project leverages a Retrieval-Augmented Generation (RAG) system and LlamaGPT to enhance research efforts. It helps in processing and analyzing research papers, providing comprehensive support through advanced generative AI techniques.
Technologies: Python, RAG, LLama, Langchain
This project features an AI-powered bot created with the OpenAI API, designed to generate high-ranking SEO content and unique, compelling images. It significantly boosts ad campaign effectiveness and enhances search engine visibility.
Technologies: Python, OpenAI, Prompt Engineering, InContext Learning
Autoduino is an innovative app designed to control Arduino BLE robots seamlessly. This user-friendly app enhances interaction with Arduino-based robotics, providing intuitive controls and real-time responsiveness, perfect for hobbyists and educators alike.
Technologies: Android, BLE, Arduino
This project develops a comprehensive home automation system using the ESP8266 module, enabling control over various home devices via the Internet of Things (IoT). It offers users the convenience of managing their home environment from anywhere, ensuring comfort and efficiency through seamless connectivity.
Technologies: IoT, Arduino, Android
Showcases a beautifully designed lamp, meticulously crafted through advanced 3D printing techniques. The focus on design skills is evident in the intricate patterns and unique structure of the lamp, which not only illuminates spaces but also serves as a statement piece of decor. This lamp blends artistry and functionality, making it a perfect addition to any modern interior.
Technologies:CAD, 3D printing, ELectronics
These stylish earrings feature integrated LEDs that emit a vivid red light, perfect for enhancing any outfit with a unique touch. Designed for both aesthetics and functionality, they combine fashion with technology seamlessly.
Technologies: Wearable ELectronics
This project introduces advanced hazard light integration for Royal Enfield bikes, featuring both backlights and turn signals. Designed to enhance visibility and safety, these lights are seamlessly integrated into the bike's existing system, providing clear and effective signaling to other drivers.
Technologies: CAD, PCB, ELectronics, Arduino
This project introduces advanced hazard light integration for Royal Enfield bikes, featuring both backlights and turn signals. Designed to enhance visibility and safety, these lights are seamlessly integrated into the bike's existing system, providing clear and effective signaling to other drivers.
Technologies:Automatives, ELectronics