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Fruit Classifier using TensorFlow: A CNN model trained with data augmentation for accurate fruit image classification. Explore training history, model architecture, evaluation metrics, and sample predictions in this intuitive image recognition project.

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Fruit Classifier with TensorFlow

This project utilizes TensorFlow to build a Convolutional Neural Network (CNN) for classifying fruit images. The model is trained with data augmentation techniques to enhance its performance on diverse datasets. The repository includes scripts for data preprocessing, model training, evaluation, and random image predictions.

Features

Model Architecture

The CNN model comprises multiple convolutional and pooling layers, followed by dense layers. This architecture is optimized for accurate image classification tasks.

Results

Explore the "results.png" for training history plots, evaluation metrics, and sample predictions to assess the model's performance.

Data Source

The fruit images dataset used in this project is sourced from the official Kaggle website. The dataset, known as "Fruits 360," is available at Kaggle - Fruits 360 Dataset. It includes a diverse collection of fruit images for various machine learning and computer vision applications.

Ensure compliance with Kaggle's terms of use and licensing for the dataset.

About

Fruit Classifier using TensorFlow: A CNN model trained with data augmentation for accurate fruit image classification. Explore training history, model architecture, evaluation metrics, and sample predictions in this intuitive image recognition project.