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This project implements a Fire Detection model using YOLOv8, specifically optimized for identifying fire in diverse environments. The model is capable of processing real-time video feeds and images, providing timely fire alerts to enhance safety and response measures.

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abuzarkhaaan/Fire_detectionYOLOv8

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Fire Detection Model Using YOLOv8

Project Overview

This project implements a Fire Detection model using YOLOv8, optimized for detecting fire in various environments. The model can process real-time video feeds or images to provide timely fire alerts.

Key Features:

  • YOLOv8 Architecture: Leveraging the powerful YOLOv8 architecture for fast and accurate fire detection.
  • Real-Time Detection: Optimized for quick processing, allowing the detection of fire as it occurs.
  • Custom Trained Weights: Pre-trained on a comprehensive fire dataset and stored in a zip file. The model is fine-tuned for detecting fire across various conditions and angles.
  • Classes: The model is designed to detect a single class - fire.
  • Integration Ready: This model can be integrated into various real-world applications like surveillance systems, fire alarms, or industrial monitoring systems.

Model Weights

The pre-trained model weights are stored in the provided ZIP file. You can load and use these weights for inference and further fine-tuning.

Setup and Usage

Clone the Repository

To start using the fire detection model, clone the repository:

!git clone https://github.com/abuzarkhaaan/fire-detection-yolov8.git

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This project implements a Fire Detection model using YOLOv8, specifically optimized for identifying fire in diverse environments. The model is capable of processing real-time video feeds and images, providing timely fire alerts to enhance safety and response measures.

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