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  • Deep Learning

Epileptic Seizure Detection Using EEG Signals

A hybrid deep learning system that detects and classifies epileptic seizures from EEG signals.

Overview

A CNN-LSTM multi-task architecture shares a feature backbone across dual heads for detection and classification — the CNN capturing spatial patterns and the LSTM modelling temporal dependencies. Joint training with a combined loss reaches 95.5% seizure detection accuracy and 80.3% classification accuracy on the BEED dataset.

Problem Statement

Manual EEG review for seizure activity is slow, requires a trained neurologist, and treats detection and seizure-type classification as separate passes over the same signal.

Proposed Solution

Train one shared backbone with two heads so detection and classification reinforce each other, capturing both spatial channel relationships and temporal signal dynamics in a single model.

Key Features

  • CNN-LSTM Multi-Task Architecture

    Shared feature backbone with dual heads for detection and classification.

  • Spatial + Temporal Feature Learning

    CNN captures spatial patterns, LSTM models temporal dependencies.

  • Combined Loss Optimization

    Joint training improves both detection and classification accuracy.

  • Strong Benchmark Results

    95.5% seizure detection accuracy, 80.3% classification accuracy on the BEED dataset.

Technologies Used

Deep Learning

  • CNN
  • LSTM
  • Multi-task learning
  • TensorFlow / PyTorch

Signal processing

  • EEG preprocessing
  • SciPy
  • NumPy

Evaluation

  • BEED dataset
  • Accuracy
  • Confusion matrix

Project Workflow

  1. 1

    Signal preprocessing

    EEG channels are filtered and windowed.

  2. 2

    Feature extraction

    The CNN backbone learns spatial representations.

  3. 3

    Temporal modelling

    The LSTM captures dependencies across time.

  4. 4

    Dual-head prediction

    Detection and classification are produced jointly.

  5. 5

    Evaluation

    Results are benchmarked on the BEED dataset.

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.

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