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Object Detection
Pothole Yolov8 Nano

Pothole Yolov8 Nano

Detect potholes in images and videos

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What is Pothole Yolov8 Nano ?

Pothole Yolov8 Nano is an AI-based object detection model designed specifically to detect potholes in images and videos. Built using the YOLOv8 framework, this lightweight model is optimized for efficient performance while maintaining high accuracy in identifying potholes in various environments. It is ideal for infrastructure monitoring, road safety analysis, and maintenance planning applications.

Features

• Real-time detection: Capable of detecting potholes in real-time, making it suitable for video feeds and live monitoring systems. • High accuracy: Delivers precise detection even in challenging lighting or weather conditions. • Lightweight architecture: Optimized for deployment on edge devices, ensuring low latency and efficient resource usage. • Versatile compatibility: Works seamlessly with both images and videos, providing flexibility in application. • Open-source accessibility: Easily customizable for specific use cases, allowing developers to fine-tune the model for improved performance in their target environments.

How to use Pothole Yolov8 Nano ?

  1. Install the model: Download the Pothole Yolov8 Nano model from its repository and install the required dependencies.
  2. Prepare your input: Load an image or video file that contains the road surface you want to analyze.
  3. Run the detection: Use the model to process the input data. It will annotate potholes in real-time or provide coordinates for further analysis.
  4. View the output: The model generates output in standard formats (e.g., bounding boxes, confidence scores) that can be visualized or logged for reporting.
  5. Deploy if needed: Integrate the model into your application or deploy it on edge devices for continuous monitoring.

Frequently Asked Questions

What makes Pothole Yolov8 Nano suitable for real-time systems?
Pothole Yolov8 Nano is designed with a lightweight architecture, enabling fast inference speeds and low latency, making it ideal for real-time applications like road monitoring drones or automotive systems.

Can this model run on edge devices?
Yes, the model is optimized for edge devices due to its efficient resource usage. It can run on devices with limited computational power, such as Raspberry Pi or similar hardware.

Where can I find more details or the model repository?
The Pothole Yolov8 Nano model is available on its official GitHub repository. For detailed documentation and usage guidelines, visit the model's repository page.

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