An innovative project that leverages EEG signals, machine learning (ML), and convolutional neural networks (CNNs) to create a thought-to-text conversion system. This system is designed to empower individuals with motor disabilities or communication challenges by translating their brain activity into text for seamless interaction with smart devices and communication.
- EEG Signal Processing: Preprocessing and analysis of EEG data.
- Machine Learning Models: Advanced models for recognizing patterns in brainwave data.
- Convolutional Neural Networks (CNNs): For feature extraction and improving the accuracy of thought-to-text translation.
- Customizable Framework: Flexible design for adapting to different use cases and datasets.
- User-Centric Application: Aimed at assisting individuals with limited mobility or communication barriers.
- Programming Languages: Python
- Libraries & Tools:
- NumPy, Pandas (Data manipulation)
- SciPy (Signal processing)
- TensorFlow/PyTorch (Deep learning models)
- Matplotlib/Seaborn (Data visualization)
- Data Collection:
- Collect EEG signals using an EEG headset or simulator.
- Preprocessing:
- Apply filtering and normalization to remove noise from EEG data.
- Feature Extraction:
- Use CNNs to identify meaningful patterns in the signals.
- Model Training:
- Train ML models to associate EEG patterns with specific thoughts or text outputs.
- Prediction:
- Generate textual output based on real-time EEG data.
- Custom data collected using an EEG device.
- Ensure to preprocess and format the data.
- Real-time EEG signal analysis.
- Integration with smart devices for live communication.
- Multilingual support for diverse text outputs.
- Improved accuracy through ensemble learning models.
Contributions are welcome! Feel free to fork the repo, submit issues, or create pull requests.
I hope ThoughtsToText proves as a useful solution and am working on improving it further.