Machine Learning Technology Completed

Real-Time Automated Waste Segregation System Using Machine Learning - AI System

A cutting-edge AI system designed for real-time automated waste segregation using advanced computer vision and deep learning techniques. The system identifies and categorizes six waste types such as Glass, Metal, Paper, Biodegradable, Plastic, and Cardboard with high accuracy, even in challenging environmental conditions. Built using YOLOv8, OpenCV, and PyTorch, the solution integrates a powerful data engine with Firebase to handle analytics, storage, and behavior tracking. This research-based system achieves up to 102 FPS on GPU hardware and establishes new benchmarks in accuracy, speed, and environmental adaptability for industrial waste management applications.

Core Functionality

Real-time waste detection and classification YOLOv8-based optimized deep learning model Six waste categories (Glass, Metal, Paper, Biodegradable, Plastic, Cardboard) High-speed processing (up to 102 FPS on GPU) OpenCV integration for live video detection Firebase-based analytics and data management Environmental performance analysis (bright & dim light tests) Advanced pre-processing, data augmentation, and class weighting Strong accuracy performance (mAP50: 0.558 overall; Glass 0.775, Metal 0.726) Scalable architecture for industrial waste facilities

Technologies & Tools

PyTorch YOLOv8 OpenCV Python Firebase NumPy Machine Learning Deep Learning Computer Vision

Project Gallery 6

Client Feedback

Project Information

Category Machine Learning
Industry Technology
Duration 3 Months
Team Size 1 Members
Developer Engr. M Tahseen
Status Completed
Views 70
Interested in Similar Work?

Get in touch with our team to discuss your project requirements.

Contact Us