Treffer: Movie Recommendation System Using Real Time Image

Main Objective of the Project The main objective of this project is to design and implement a real-time emotion-based movie recommendation system that understands the user's current emotional state by analyzing their facial expressions and recommends movies that align with their mood. The system combines deep learning, computer vision, and web scraping to create a personalized and emotionally intelligent user experience.This project introduces an intelligent, real-time recommendation system that bridges the gap between human emotions and digital entertainment. In a time when users are bombarded with endless content choices across platforms like Netflix, Prime Video, and Disney+, selecting the right movie has become more challenging than ever. The core aim of this system is to simplify that decision-making process by reading the user's emotions and suggesting movies that match their current mood. Rather than relying on generic viewing histories or ratings, this system adopts a more emotionally-aware and human-centric approach. It uses deep learning and computer vision to detect facial emotions via webcam, then pairs those emotions with suitable movie genres, and finally fetches real-time recommendations from IMDb using web scraping. What Makes This Project Unique? It reacts to real-time emotional input, not static data. It offers instant personalization without user typing, rating, or clicking. It uses live data from IMDb, ensuring fresh and trending movie recommendations. It gives technology a more empathetic role in how people engage with digital content. How It Works – Step by Step 1. Capturing the Emotion 2. Emotion Analysis and Frequency Tracking 3. Emotion-to-Genre Mapping 4. Web Scraping for Recommendations Technologies Used Python – Core programming language OpenCV – For face detection and video capture Keras/TensorFlow – For deep learning-based emotion classification BeautifulSoup + Requests – For scraping movie data from IMDb NumPy & matplotlib (optional) – For data handling and visualization Future ...