Name: Brain Dynamics Group
Type: Organization
Bio: Complex Systems Group, School of Physics, University of Sydney
Location: School of Physics, University of Sydney
Blog: http://sydney.edu.au/science/physics/research/complex-systems/brain-dynamics/
Brain Dynamics Group's Projects
Matlab toolbox to deconvolve BOLD-fMRI data. It produces the underlying spatiotemporal neural and hemodynamic activity
Real-time brain states tracking system and corticothalamic neural field parameter estimation
build and test recipes for conda
Distributed and dynamical communication
Fractional Neural Sampling
Highly comparative time-series analysis code repository
MATLAB codes for simulating spatiotemporal hemodynamic responses across the cortical depth
network analysis of marmoset connectivity data
MATLAB toolbox to automatically detect, analyze and visualize spatiotemporal fractional propagating patterns in neural population activity, developed by Dr. Pulin Gong's group at University of Sydney
MATLAB toolbox to automatically detect, analyze and visualize spatiotemporal patterns in neural population activity, developed by Dr. Pulin Gong's group at University of Sydney
C++ library for simulation of multiscale neural field dynamics
Pinwheel and patchy propagator. Neural activity, convolution of BOLD response, deconvolution of BOLD, neural activity recovery.
Simple queue status for pbs
Model developed in the research carried out for "Spatiotemporal Dynamics of Urban Populations and Housing Markets", P. A. Robinson, A. McInnes, Somwrita Sarkar
Matlab implementation of Wilson Spectral Factorization
Spiking neural circuit models developed in Dr. Pulin Gong's group at University of Sydney
A computational platform for studying spiking neural circuits developed by Dr. Pulin Gong's group at University of Sydney.
A multi-purpose GPU-accelerated open-source suite for brain data visualization