Luca Faes

Information-Theoretic Functional Connectivity Characterizes Multiscale Network Reorganization in Postoperative Cognitive Decline

This study identifies network reorganization patterns in postoperative cognitive decline using static and dynamic connectivity measures from resting-state fMRI.

Exploring transient neurophysiological states through local and time-varying measures of Information Dynamics

This paper compares time-resolved information dynamics measures to analyze transient predictability in simulated and neurophysiological systems, showing how they reveal different aspects of state transitions.

Direct causality measures unravel complex networks of cardiovascular oscillations and their modifications with postural stress

This study uses direct causality measures to analyze cardiovascular networks during rest and postural stress, revealing new interactions and dynamics.

Local and Global Measures of Information Storage for the Assessment of Heartbeat-Evoked Cortical Responses

The paper assesses heartbeat-evoked cortical responses using local and global measures of information storage, finding that local IS variability differs across cardiac cycle phases.

Network plasticity in the honey bee antennal lobe during odor presentation

The paper investigates network plasticity in the honey bee antennal lobe during odor presentation, showing odor-specific changes in functional connectivity.

A measure of concurrent neural firing activity based on mutual information

The paper introduces a new measure, CFIMI, to quantify concurrent neural firing between two units using mutual information, validated through simulations and experimental data.

Information decomposition of multichannel EMG to map functional interactions in the distributed motor system

This study uses information decomposition of EMG data to analyze functional interactions between muscles during postural tasks, revealing task-dependent changes in neural networks.

Task-induced deactivation in diverse brain systems correlates with interindividual differences in distinct autonomic indices

The paper examines how individual differences in autonomic nervous system activity during cognitive tasks correlate with task-induced deactivation patterns in specific brain regions.