Projects
- Computational analysis of resting-state EEG patterns
- EEG microstates
- Time series analysis
- Computational models of neural activity and coupled oscillator models
- Time-series analysis of cardio-respiratory data
- Stochastic simulation of Ca2+ cellular signals (code)
Visit the homepage of the Translational Neuroscience Facility at UNSW.
Software
- EEG microstate analysis
- Autoinformation analysis
- Hodgkin-Huxley 2D model
- Morris-Lecar 2D model
- FitzHugh-Nagumo 2D model
- Hindmarsh-Rose 2D model
- IzhikevichH 2D model
- Stuart-Landau oscillator 2D model
- Kuramoto oscillator 2D model
- Respiratory waveform analysis
Publications
News
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Propofol reversibly attenuates short-range microstate ordering (online view)
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Complexity Measures for EEG Microstate Sequences update
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Complexity Measures for EEG Microstate Sequences: Concepts and Algorithms
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SeriesSleepNet
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GAGIS II conference
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CGI 2023 presentation on GA code extensions
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Probing the retina with white noise stimulation
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Propofol effects on EEG microstate sequence ordering (pre-print)
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Frequency analysis of EEG microstate sequences in wakefulness and NREM sleep
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Complexity concepts for EEG microstate sequences (pre-print)
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EMBC 2023: The Engineering in Medicine and Biology Conference
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DGKN-2023 conference - P300 in epilepsy
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DGKN-2023 conference (German Society for Clinical Neurophysiology)
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StepUp 2023-25: NHMRC-EU Joint Programme on Neurodegenerative Disease Research
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50 Years of Microstates conference, Bern 2022
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EEG microstate oscillations in sleep linked to slow and spindle frequencies (pre-print)
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Webscraping from kaggle notebooks with Selenium and PhantomJS
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Quantifying consciousness in healthy adults using EEG phase coherence
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Machine learning arXiv-vs-snarXiv
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DeepLearning.AI GAN specialization
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Guided projects
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Stanford Machine Learning course on Coursera
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Kaggle short courses on Machine Learning and Data Science
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Open EEG databases
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EEG microstates during an open-ended creation task
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NHMRC Ideas Grant: Brain-BaDGE
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Hindmarsh-Rose model of neuronal bursting
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Methods and Applications in Fractal Physiology
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2D coupled oscillator models in Python & Julia
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2D models of neuronal excitability in Python & Julia
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Online microstate sequence analysis
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FitzHugh-Nagumo 2D model: Python + Julia
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FitzHugh-Nagumo model
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cardio-respiratory physiology: picsdb analysis
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GIN - research data management
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reveal-js