CVD vs. NonCVD Retinal Images of Cattle

CVD vs. NonCVD Retinal Images of Cattle

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CVD vs. NonCVD Retinal Images of Cattle

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CVD vs. NonCVD Retinal Images of Cattle

Use Case

CVD vs. NonCVD Retinal Images of Cattle

Description

AI-based CVD diagnosis dataset featuring 1,118 high-resolution retinal images from 100 cattle. Ideal for machine learning and deep learning research in veterinary medicine.

Description:

This dataset includes 1,118 high-resolution retinal images (1536×1152 pixels) from 100 cattle, captured using the Optomed Smartscope digital fundus camera. It contains images of both cardiovascular disease (CVD) and non-CVD cases (591 CVD, 527 non-CVD). Ideal for machine learning and deep learning applications in veterinary research, this dataset supports AI-based diagnosis of CVD in cattle using retinal images. The dataset is available for use with citation.

Download Dataset

This dataset contains a collection of RGB retinal images captured using the Optomed Smartscope digital fundus camera. The dataset consists of a total of 1,118 images taken from the right and left eyes of 100 cattle, with a resolution of 1536×1152 pixels in JPG format. The dataset is designed to aid in the development of AI-driven models for the diagnosis of cardiovascular diseases (CVD) in cattle based on retinal imaging.

Dataset Details:

  • Total Images: 1,118 retinal images
  • Resolution: 1536×1152 pixels (JPG format)
  • Cattle Included: 100 cattle (52 diagnosed with CVD, 48 non-CVD)
  • CVD Labeling:
    • 0: Non-CVD (527 images)
    • 1: CVD (591 images)

This dataset includes both cardiovascular disease (CVD) and non-CVD retinal images, which can be used for training machine learning and deep learning models for disease classification.

Key Features:

  • AI-Aided Disease Diagnosis
  • Retinal Image Classification
  • CVD Detection in Cattle
  • Suitable for Machine Learning & Deep Learning Models
  • High-Resolution Fundus Images
  • Use for Biometric and Agricultural Research

Research Paper:

To cite this dataset, please reference the following publication:
Pınar Cihan, Ahmet Saygılı, Celal Åžahin Ermutlu, UÄŸur Aydın, Özgür Aksoy, “AI-aided cardiovascular disease diagnosis in cattle from retinal images: Machine learning vs. deep learning models,” Computers and Electronics in Agriculture, 226 (2024):109391

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