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AI Image Classifier

Image Recognition Using MobileNetV2. A simple and interactive web application that allows users to upload images and instantly classify them using a pre-trained deep learning model.

The AI Image Classifier is a simple and interactive web application that allows users to upload images and instantly classify them using a pre-trained deep learning model.

This project was built to explore practical AI usage—taking a powerful model and wrapping it in a clean, accessible interface that anyone can use without ML knowledge.

Why I Built This

I wanted to understand how pre-trained AI models can be:

  • Integrated into real applications
  • Used without training from scratch
  • Presented through a clean, user-friendly interface

Instead of focusing on model training, this project emphasizes application-level AI integration, which is how AI is often used in real-world products.

What the App Does

  1. Users upload an image (JPG, JPEG, or PNG)
  2. The image is processed and passed to a deep learning model
  3. The app returns the top 3 predictions along with confidence scores
  4. Results are displayed instantly in a clean UI

The experience is designed to be fast, simple, and intuitive.

Core Features

Image Upload & Classification

  • Supports common image formats
  • Instant inference after upload

Pre-trained AI Model

  • Uses MobileNetV2, trained on ImageNet
  • Lightweight and efficient for fast predictions
  • No custom training required

Top Predictions

  • Displays the top 3 predicted classes
  • Shows confidence percentages for transparency

Clean & Interactive UI

  • Built with Streamlit
  • Minimal layout focused on usability

Tech Stack

  • Python – Core language
  • Streamlit – Web interface
  • TensorFlow / Keras – Deep learning framework
  • MobileNetV2 – Pre-trained image classification model

How It Works (High Level)

  1. User uploads an image
  2. Image is resized and preprocessed
  3. MobileNetV2 performs inference
  4. Predictions are decoded and ranked
  5. Top 3 results are displayed with confidence scores

This mirrors how many production AI features work behind the scenes.

What I Learned

Through this project, I gained a clearer understanding of:

  • Using pre-trained deep learning models effectively
  • Image preprocessing for inference
  • Deploying AI functionality through simple web apps
  • Making AI outputs understandable for non-technical users

It reinforced the idea that AI is most valuable when it's accessible.

Project Status

The application is complete and functional. Possible future improvements include:

  • Support for camera input
  • Batch image classification
  • Model comparison or confidence visualization