Create README.md


README.md

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+---
+task_categories:
+- image-to-image
+- image-classification
+language:
+- en
+tags:
+- Fruit and Vegetable Disease Dataset
+- deep learning
+- agricultural technology applications
+---
+Description:
+
+<a href="https://gts.ai/dataset-download/fruit-and-vegetable-disease-dataset/" target="_blank">👉 Download the dataset here</a>
+
+The Fruit and Vegetable Disease Dataset offers an extensive collection of categorize images to aid in building machine learning models designed to identify diseases affecting various fruits and vegetables. This dataset is particularly suited for image classification tasks and deep learning applications, helping to distinguish between healthy and diseased produce.
+
+Dataset Structure
+
+The dataset is organize into 28 distinct directories, with each directory containing images of 14 different fruits and vegetables, divided into healthy and rotten categories. It is specifically structured to assist in the training and testing of machine learning models that aim to detect diseases in fruits and vegetables. The clear categorization and organization of the dataset make it easy for users to implement in image classification and deep learning tasks.
+
+Download Dataset
+
+Data Source and Collection
+
+This dataset was curated from reliable public sources. Every image in the dataset has undergone a manual review to ensure its quality and relevance, making it a valuable resource for developing machine learning models for disease detection in the agricultural sector.
+
+Applications
+
+This dataset is highly adaptable and supports a variety of machine learning tasks, such as:
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+Image Classification
+
+Transfer Learning
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+Deep Learning
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+It is especially well-suited for training models to recognize and differentiate between healthy and diseased produce, making it a valuable tool in agricultural technology and food quality monitoring.
+
+Metadata
+
+Total Classes: 28 (14 fruits and vegetables, with separate categories for healthy and rotten produce)
+
+File Types: JPEG/PNG
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+Image Dimensions: Varies (It is recommended to standardize image sizes during preprocessing for consistent model training.)
+
+Best Practices
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+To make the most of this dataset, the following steps are recommend:
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+Preprocessing: Normalize image sizes to improve model performance.
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+Augmentation: Apply various data augmentation techniques to increase dataset variability and strengthen model generalization.
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+Model Evaluation: Reserve a portion of the dataset for validation purposes to better fine-tune and evaluate model accuracy.
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+This dataset is sourced from Kaggle.