Metastability is a key source of itinerant dynamics in the brain; namely, spontaneous
spatiotemporal reorganization of neuronal activity. This itinerancy has been the focus of …

Dynamic functional connectivity (dFC) in resting-state fMRI holds promise to deliver
candidate biomarkers for clinical applications. However, the reliability and interpretability of …

The past few years have seen an emergence of approaches that leverage temporal changes
in whole-brain patterns of functional connectivity (the chronnectome). In this chronnectome …

Ongoing fluctuations of brain activity measured by functional magnetic resonance imaging
(fMRI) provide a novel window onto the organizational principles of brain function. Advances …

This paper examines intrinsic brain networks in light of recent developments in the
characterisation of resting state fMRI timeseries—and simulations of neuronal fluctuations …

What dynamic processes underly functional brain networks? Functional connectivity (FC)
and functional connectivity dynamics (FCD) are used to represent the patterns and dynamics …

Assessment of dynamic functional brain connectivity based on functional magnetic
resonance imaging (fMRI) data is an increasingly popular strategy to investigate temporal …

Functional connectivity (FC) sheds light on the interactions between different brain regions.
Besides basic research, it is clinically relevant for applications in Alzheimer's disease …

Large-scale dynamics of the brain are routinely modelled using systems of nonlinear
dynamical equations that describe the evolution of population-level activity, with distinct …

We consider the challenges in estimating the state-related changes in brain connectivity
networks with a large number of nodes. Existing studies use the sliding-window analysis or …