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Full Description
Unlock the power of brain-computer interfaces (BCIs) with this practical guide to signal processing and machine learning. Learn to decode neural data using Python, from fundamental techniques to cutting-edge algorithms. Master essential libraries, implement real-time processing, and design your own BCI systems. Perfect for students, researchers, and innovators ready to build the future of neurotechnology.
From basic signal processing to advanced machine learning techniques, you will learn how to extract meaningful insights from complex neuroscience data. Step-by-step tutorials guide you through real-world applications, empowering you to:
Master essential Python libraries for neuroscience data analysis
Implement signal filtering, feature extraction, and neural decoding algorithms
Design and evaluate BCI systems using state-of-the-art machine learning approaches
Whether you are a student, researcher, or entrepreneur, this book provides the tools and knowledge to turn brain signals into actionable insights. With its focus on practical implementation and real-time processing, it's an invaluable resource for anyone looking to harness the potential of BCIs. Don't just read about neurotechnology - learn to build it. Take your first step towards creating the next generation of brain-computer interfaces today.
Contents
"Chapter 1. Introduction to EEG".- "Chapter 2. EEG and Signal Preprocessing".- "Chapter 3. EEG and Visualization".- "Chapter 4. Band-pass filter implementation".- "Chapter 5. Smoothing filters".- "Chapter 6. Frequency analysis".- "Chapter 7. Introduction to Artefacts".- "Chapter 8. Remove artifacts from EEG".- "Chapter 9. Evaluation of artifact removal".- "Chapter 10. Real-time signal processing in EEG".- "Chapter 11. Application without Machine Learning".- "Chapter 12. Introduction to Machine Learning for EEG".- "Chapter 13. Usage of Machine Learning and EEG".- "Chapter 14. Case Studies and Applications".
