Network Neuroscience

At its core, network science helps to uncover the relationships between elements in a complex system. The application of this approach has been instrumental in the investigation of various systems as disparate as social networks, biological systems, communication arrays, and transportation networks. Likewise, the field of neuroscience benefits from using a network science approach to understand the brain.

The brain represents a complex system that is inherently multiscale and multivariate, and comprises a hierarchy defined by interconnectedness linking brain structure, function and cognition. The use of various methods, from multimodal imaging techniques to model simulations, has lead to discoveries that uncover brain processes at the macroscale, mesoscale and microscale. More importantly, topics including network topology, network dynamics, control theory, and computational modelling, strongly complement traditional neuroscientific studies. With the study of the brain at various scales, Network Neuroscience has emerged as a field encompassing multiple disciplines.

LogIn please  🗝
Go to the main page and log in with GitHub. This will not only add you into the network graph of network neuroscience enthusiasts 💛 but also allow you to chat with attendees on the posterwall page.
If you do not have a GitHub account yet, you can easily create one at https://github.com, providing your email address, user name and real name (full name is not obligatory but we recommend it.)

Chat  💬
When you click on the posterwall tab, you will see the chat window on the side of the posterwall. You will be part of the "main room" chat window to interact with all participants. This chat will be available beyond the conference. You can also search for attendees to send them a direct message.

Poster video chat rooms  🎥
will be linked from that same page once the conference is running, and posters where people are connected will be highlighted on the posterwall, showing a little number of how many people are connected to the poster. We recommend to use Chrome browser as the rooms rely on jitsi. But other browsers should work fine as well.
In your poster room, you can video chat with people, and also share your screen for additional or interactive content. You could, for example, open your poster and walk people through. Note: the chat will currently not be saved once you leave the room. Work in progress to have a persistent poster room chat 🤩.
🎥 🎥 You can have several poster rooms open simultaneously. Each room will open in a new tab. This allows you, for example, to keep an eye on your own room while visiting other posters and either inviting interested guests from your own poster to another room first, and then hop over to yours together later, or just quit the other room and join your visitor. Important: Just make sure you are muted in all but one of the jitsi rooms.

Here is a list of all posters, alphabetically sorted. Click on the poster to open it in its exact position on the posterwall.

Kausar Abbas et al. Tangent Space Projections of Functional Connectomes improve their phenotypic reliability, as measured by their fingerprint gradient

Timofey Adamovich et al. Graph invariants approach to classification of brain functional connectivity patterns

Bradly Alicea et al. Neuromorphogenetic Patterns and the Theory of Deep Learning

Priscila C. Antoneli et al. Topological self-organization in developing in vitro neuronal networks

Aurina Arnatkevičiūtė et al. Genetic properties of hub connectivity in the human brain

Vincent Bazinet et al. Assortativity in annotated cortico-cortical brain networks

Richard Betzel et al. Task-induced reconfiguration of edge functional connectivity and communities

Richard Betzel et al. Individualized event structure drives individual differences in whole-brain functional connectivity

Lingbin Bian et al. Multilayer community detection for functional brain networks via hierarchical Bayesian modelling

Lucas C. Breedt et al. Multimodal, multilayer brain network topology correlates of healthy aging and executive functioning

Gang Chen et al. Resolving multiple testing issue in network modeling through Bayesian multilevel framework

Xue Chen et al. Connectivity within regions characterizes epilepsy duration and treatment outcome

Evgeny J Chumin et al. Cortico-Subcortical Interactions in Overlapping Communities of Edge Functional Connectivity

Marie-Constance Corsi et al. Core-periphery markers of longitudinal BCI from multiplex brain networks

Sarah A. Cutts et al. Uncovering Individual Differences in Fine-Scale Dynamics of Functional Connectivity

Matteo Demuru et al. On the relationship between power spectrum and derived network metrics

Duy Dương-Trần et al. A principled framework to assess and estimate the whole-brain functional connectivity based on brain functional networks

Joshua Faskowitz et al. An edge-centric model for harmonizing multi-relational network datasets

Joshua Faskowitz et al. Edge community structure of functional MRI and meta-analytic activation

Mahshid Fouladivanda et al. Multiscale Structural And Functional Rich-Club Organization of the Brain in Fullterm Neonates

Makoto Fukushima et al. Routing strategies for packet-based communication in brain networks

Juliana Gonzalez-Astudillo et al. Spatial network metrics for characterizing brain-computer interface mental states

Rikkert Hindriks. Relation between the phase-lag index and lagged coherence for assessing interactions in EEG and MEG data

Maya A. Jastrzębowska et al. Identification of directed neural interactions with Granger causality and dynamic causal modeling: a comprehensive comparison

Jayant Jha et al. Bayesian estimation of the spatial map of epileptogenicity

Baris Kaan Ok et al. Brain Glucose Hypo-metabolism in Patients with Disorders of Consciousness: a Meta-analysis

Maedeh Khalilian et al. Age-related changes in structural and functional rich club organization of the brain in adults

Loren Koçillari et al. Impact of Fiber Directionality in Modelling the Critical Behavior of Mouse Resting-State Networks

Eleanna Kritikaki et al. A dynamics-based approach to thresholding tractography-based connectomes

Matteo Mancini et al. Characterizing whole-brain conduction delays through MRI microstructural measures

Ayush Mandwal et al. A web-based visualization tool for large- scale functional human brain networks

Daniele Marinazzo et al. Can/should higher-order information measures in multivariate dynamical systems be represented by hypergraphs?

Daniele Marinazzo et al. Edge functional networks: what can we learn beyond what the covariance matrix already tells us?

Anastasia Mirza-Davies et al. Structural brain networks of young adults at genetic risk of developing Alzheimer’s disease

‪Ana Paula Millán et al. Brain network models of seizure propagation and epilepsy surgery

Anant Naik et al. The Representation of Cognitive Decline in Neurodegeneration as Faults in Neural Networks: A Novel Paradigm

Leonardo Novelli et al. A statistical perspective on edge-centric functional connectivity

Stuart Oldham et al. Physiologically Constrained Generative Models of the Human Connectome

Yusuf Osmanlioglu et al. Connectomic Assessment of Injury Burden and Structural Network Alterations in Moderate-to-severe Traumatic Brain Injury

David Pascucci. Modeling large-scale dynamic brain networks during perception and cognition

Maria Pope et al. Modular Origins of High-Amplitude Co-fluctuations in Fine-scale Functional Connectivity Dynamics

Pratyush M R et al. Network Topology Determines Neuronal Phase-of-Firing Codes

Javier Rasero et al. Response conflict tasks rely on different underlying network dynamics, despite overlapping activity profiles

Ilaria Ricchi et al. Graph Analysis and Cell Type Identification on Cerebellar Networks

Rafael Romero-Garcia et al. Memory recovery is related to default mode network impairment and neurite density during brain tumours treatment

Viktor Sip et al. Model inversion techniques for seizure spread in individual brain networks

Sophie Skriabine et al. A Simple Network Model to Describe Structural Plasticity in Vascular Brain Networks

Paul J Thomas et al. Network Diffusion Embedding Reveals Transdiagnostic Subnetwork Disruption and Potential Treatment Targets in Internalizing Psychopathologies

Sofie L. Valk et al. Genetic and phylogenetic uncoupling of structure and function in human transmodal cortex

Gabriel Wainstein et al. The ascending arousal system promotes optimal performance through meso-scale network integration in a visuospatial attentional task

Gorka Zamora-López et al. Structural brain connectivity and the paradox of weak links

Because the main meeting (Networks2021) changed format to a virtual-only conference just recently, we are still awaiting updates from the main conference organizers as to the organization, dates/times, and registration. Here is what we know at this time: The satellite will be a completely virtual event. It is possible to participate/join without paying a registration fee ("fee-waiver") but please still register with us, so we can keep track of participation. Please send an email (preferrably from an institutional address) to netneurosci (at) gmail.com.

Please also add yourself to the Network Neuroscience graph to join our community as a part of the larger BrainWeb community. Once you logged in, your name should be an isolated dot flying around. Find it, click on it, and add your skills. That will start to create links with others, and you'll become part of the cluster of people sharing similar skills. Please keep the "netneurosci" term in your skills panel to be part of the Network Neuroscience graph. You can learn more about others by clicking on their dots.