Fourth column represent AAL atlas ROI indices belonging to the community K, whereas second and third columns represent the associated brain networks and number of ROIs in that community, respectively.

NIAID Data Ecosystem50

Supplementary Materials and 3D Models - From Pairwise to Higher-order Brain Community Detection: A Hypergraph Signal Processing Approach on Brain Functional Connectivity Analysis

功能连接分析

脑网络社区检测

This repository contains the supplementary material and 3D brain models associated with the paper “From Pairwise to Higher-Order Brain Community Detection: A Hypergraph Signal Processing Approach on B

Mendeley Data20

The MATLAB code we used to run the standard community-detection algorithm [14, 21] to quantify phase modularity (at each time point per frequency per condition per participant) as the index q (maximized modularity; 0 ≤ q ≤ 1).

脑网络社区检测

相位模块化分析

The MATLAB code we used to run the standard community-detection algorithm [14, 21] to quantify phase modularity (at each time point per frequency per condition per participant) as the index q (maximiz

NIAID Data Ecosystem10

Brain networks identified using LR-MVRC with K = 8 in NMF.

资源简介：

Brain networks identified using LR-MVRC with K = 8 in NMF.

资源简介：

相关数据集