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16
Apr
TRENTOOL is an implementation of transfer entropy and mutual information analysis based on Wiener’s causality principle, aiming at the detection of model-free neuronal interactions in neural networks.
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- Postdoctoral Position at the SiNAPSE Institute, Singapore
- Postdoctoral position in Experimental / Theoretical Neuroscience in Heraklion, Crete
- Postdoctoral Research Position at Carnegie Mellon University
- Position in Theoretical Neuroscience
- Post-doctoral position in Theoretical Neuroscience at INRIA
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tCS brain to brain interface Trajectories Plasticity CPG Biometrics Retinal prosthesis neuroethics Exoskeleton systems-neuroscience Connectomics Graph Theory human to human interface music transcranial direct current stimulation Deep Brain Stimulation Neural coding Neuroimaging TMS Neuro-inspired Computing Brain-inspired Computing LFP Noise Sparse neurons Wavelets Computational Neuroscience neuroprosthetics EEG Machine Learning Bionics neural recordings Information Theory Dimensionality Reduction Neural Networks Clustering Modelling Statistical Analysis Neurophysiology Spike Sorting Brain Research Brain Interfaces
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IEEE Spectrum Biomedical
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- How a Paraplegic User Commands This Exoskeleton: "Alexa, I'm Ready to Walk" August 16, 2017
- Defending 3D Printers From Hackers August 16, 2017
- Repairing Organs With the Touch of a Nanochip August 12, 2017
- IBM Watson Makes a Treatment Plan for Brain-Cancer Patient in 10 Minutes; Doctors Take 160 Hours August 11, 2017
