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Streamlit web app for Fashion-MNIST image classification: compare Custom CNN vs VGG16 transfer learning with probabilities and training curves.

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Fashion-MNIST Model Demo Web App (Streamlit) — CNN vs VGG16 Transfer Learning

Python Streamlit TensorFlow Computer%20Vision Transfer%20Learning

A lightweight Streamlit web application that visualizes and compares predictions from two trained models on Fashion-MNIST:

  • Custom CNN (baseline model)
  • VGG16 Transfer Learning (feature extraction / optional fine-tuning)

The app supports image upload, shows the input image, provides class probabilities + predicted class, and displays training curves (loss/accuracy) loaded from saved artifacts.


Why this project

This project demonstrates practical skills in:

  • Building a simple ML web app for inference and visualization
  • Packaging and loading trained TensorFlow/Keras models (.keras)
  • Handling preprocessing for different model input formats (28×28 grayscale vs 224×224 RGB for VGG16)
  • Showing probability distributions and readable outputs for end users
  • Logging and visualizing training history (loss/accuracy) from saved artifacts

Features

Upload an image (jpg/png)
Display the uploaded image
Select model: Custom CNN vs VGG16
Predict class + show probabilities (Top-K table + bar chart)
Show training curves (loss/accuracy) from saved history JSON files


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Streamlit web app for Fashion-MNIST image classification: compare Custom CNN vs VGG16 transfer learning with probabilities and training curves.

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