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  • Deep Learning

SkinVisionX: Vision Transformer-Based Skin Lesion Classification System

An AI-powered web platform for automated classification of skin lesions from dermatoscopic images.

Overview

A Swin Transformer captures both local and global image features through shifted-window attention to distinguish melanoma, melanocytic nevus and basal cell carcinoma. Drag-and-drop upload handles resizing, normalization and format validation automatically, with a Flask backend returning real-time predictions and confidence scores backed by SQLite history.

Problem Statement

Melanoma is highly survivable when caught early and frequently missed when it is not. Dermatoscopic assessment requires specialist training that primary care rarely has access to.

Proposed Solution

Use a vision transformer rather than a plain CNN so both fine local texture and overall lesion shape inform the decision, and deliver it through an upload interface a non-specialist can operate.

Key Features

  • Swin Transformer Architecture

    Vision transformer model capturing local and global image features via shifted-window attention.

  • Multi-Class Lesion Classification

    Distinguishes melanoma, melanocytic nevus, and basal cell carcinoma.

  • Drag-and-Drop Image Upload

    Automated preprocessing including resizing, normalization, and format validation.

  • Real-Time Prediction with Confidence Score

    Flask backend with SQLite-based prediction history.

Technologies Used

Deep Learning

  • Swin Transformer
  • PyTorch
  • timm
  • Transfer learning

Image processing

  • PIL / OpenCV
  • Normalisation
  • Augmentation

Application

  • Flask
  • SQLite
  • Drag-and-drop UI

Project Workflow

  1. 1

    Image upload

    A dermatoscopic image is dragged into the interface.

  2. 2

    Preprocessing

    Resizing, normalisation and format validation run automatically.

  3. 3

    Classification

    The Swin Transformer predicts the lesion class.

  4. 4

    Result & history

    Prediction and confidence are shown and logged.

What You'll Receive

  • Complete, runnable source code with folder structure
  • Project report and technical documentation
  • Ready-to-present PPT content
  • Setup and installation walkthrough
  • Line-by-line project explanation session
  • Viva question bank with answers
  • Bug fixing and troubleshooting help
  • Post-delivery support after submission

Frequently Asked Questions

How much does this project cost?

Every project is quoted individually, because the price depends on the modules you need, your technology stack, your college's format and your deadline. Send us the project name on WhatsApp and we'll share a quote the same day.

Can the project be customised to my college requirements?

Yes. Share your guide's requirements, preferred technology stack and abstract format, and we adapt the modules, dataset or UI accordingly.

Will I be able to explain this project during my viva?

That is the point of the explanation session. We walk you through the architecture, every module, the flow of data and the results, and hand over a viva question bank with answers.

What if the project does not run on my laptop?

We help you with setup end to end — dependencies, environment, database and configuration — over chat or a call until it runs on your machine.

Do I get support after submission?

Yes. Post-delivery support is included, so you can come back for fixes, doubts or demo help even after the project is delivered.

Want This Project?

Get complete source code, documentation, PPT, explanation, and support.

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