Street Cleanliness and Recycling Bin Dataset

Street Cleanliness and Recycling Bin Dataset

Datasets

Street Cleanliness and Recycling Bin Dataset

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Street Cleanliness and Recycling Bin Dataset

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Street Cleanliness and Recycling Bin Dataset

Description

The Urban Street Cleanliness Dataset is a high-quality computer vision dataset for AI-driven waste detection, urban cleanliness assessment, and environmental monitoring.

Street Cleanliness and Recycling Bin Dataset

Description:

The Urban Street Cleanliness Dataset is a computer vision dataset designed for AI-driven waste detection, environmental monitoring, and urban cleanliness assessment. It includes images categorized into clean streets, dirty streets, and streets with recycling bins (ecopoints), supporting classification, segmentation, and object detection tasks.

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The Urban Street Cleanliness Dataset is a high-quality computer vision dataset designed for environmental monitoring, waste detection, and urban cleanliness assessment. It provides categorized street images to support AI-driven classification, segmentation, and object detection models.

Dataset Overview

  • Dataset Focus: Environmental analysis, urban waste detection, and street cleanliness monitoring
  • Image Categories:
    • Clean Streets: Streets free from litter or visible waste
    • Dirty Streets: Streets with scattered garbage or waste
    • Recycling Points (Ecopoints): Streets with visible recycling bins
  • Use Cases: Ideal for AI-powered urban analysis, deep learning-based waste detection, smart city projects, and environmental monitoring
  • Machine Learning Applications: Supports classification, segmentation, and object detection tasks
  • High-Quality Annotations: Structured categorization for accurate model training in urban sustainability projects

Key Features

  • Diverse Dataset: Includes images of various urban environments with different cleanliness conditions
  • Multi-Class Categorization: Clearly labeled images for clean streets, dirty streets, and recycling bins
  • AI & Deep Learning Ready: Optimized for classification, segmentation, and object detection models
  • Supports Smart City Initiatives: Helps in developing automated waste detection and urban planning systems
  • Environmental Impact Analysis: Valuable for research on urban waste management and sustainability
  • Scalability: Can be expanded for real-time applications in smart city monitoring systems

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