![]() | Projects |
Neural Art Generate art images similar to MidJourney directly from neural data (brain EEG) using an Emotiv Epoch X headset. This project is using Dream Diffusion to fine tune a Stable Diffusion model on EEG data and align it with CLIP (Demo here:https://www.youtube.com/watch?v=8v_EB73m6cQ) The project contains pre-processing stages for data curation & exposes model weights for a Stable Diffusion abstract art model with 5 days of training | |
Zebra Fish connectome Mapping zebra fish connectome in Python with custom 3D brain areas shapes: visualizations, connectivity matrix, conclusions about behavior modulation and sensory information. Check it out:https://github.com/alinvdu/neuromorphic-connectome-approach | |
JS Game with Neural Control Take control of walking a character in 3D in your browser using Emotiv command controls. It offers the ability to train the character walking animation and then play (https://github.com/alinvdu/js-game-neural-commands) | |
Knowledge repositories Different implementations of neural signal processing techniques, reinforcementlearning algorithms, neuromorphic computing, generative AI, or just old plain JS. Check it out in the Repositories |
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- neural-art
neural-art PublicGenerate neural art images similar to MidJourney directly from your brain data. Compatible with Emotiv Epoch X (14 channels). Open sourced fine-tuned diffusion model and EEG encoder-decoder.
- neural-signal-processing
neural-signal-processing PublicAnalyse Brain Data in Time and Frequency. Perform synchronisation analysis and permutation based statistics for experiments.
MATLAB 4
- reinforcement-learning
reinforcement-learning PublicReinforcement learning, Intro, MDP, Dynamic Programming, Monte Carlo, Temporal Difference.
Jupyter Notebook 2
- neuromorphic-connectome-approach
neuromorphic-connectome-approach PublicSpiky neurons, bi-exponential synapses, larval zebrafish connectome analysism, STDP, HopField Networks.
Jupyter Notebook 3
- reproduce-dream-diffusion
reproduce-dream-diffusion PublicIn this repository I reproduced Dream Diffusion paper in Colab environment, pre-trained EEG representation and use author checkpoints to generate images.
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