Complex Networks 2021 - Madrid - POSTER session - ETMM: Egocentric temporal motifs miner
In this poster session, we present a novel strategy to extract statistically significant sub-graphs in temporal networks by concentrating on the egocentricity of a node. We argue that by aggregating the temporal graphs, temporal-dependent information such as the length over time of the interactions, their frequency, periodicity and others are lost. Accordingly, for each node in a three contiguous temporal graph, a structure is created, where relations within the same temporal gap maintain their structure and relations among different contiguous temporal gap exist if the node connected to the ego is the same. We report the five most frequent egocentric temporal motifs of a network representing face-to-face interactions among high school students. We also compare the discovered motifs with those discovered by a competitor.
code: https://github.com/AntonioLonga/Egocentric-Temporal-Motifs-Miner-ETMM
blog: https://antoniolonga.github.io/posts/ETMM.html
paper: https://link.springer.com/article/10.1007/s10618-021-00803-2
Видео Complex Networks 2021 - Madrid - POSTER session - ETMM: Egocentric temporal motifs miner канала Antonio Longa
code: https://github.com/AntonioLonga/Egocentric-Temporal-Motifs-Miner-ETMM
blog: https://antoniolonga.github.io/posts/ETMM.html
paper: https://link.springer.com/article/10.1007/s10618-021-00803-2
Видео Complex Networks 2021 - Madrid - POSTER session - ETMM: Egocentric temporal motifs miner канала Antonio Longa
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
Pytorch Geometric tutorial: Special Guest: Matthias FeyMemory-Efficient aggregations [Advanced PyTorch Geometric Tutorial 6]Laboratorio di Informatica Parte4_b - CIBIO - Unitn 2020/2021Pytorch Geometric tutorial: Metapath2VecEgocentric Temporal Motifs Miner (ETMM) [Paper explanation and code usage]Pytorch Geometric tutorial: Special Guest: Sergei IvanovOpen Graph Benchmark and PyG [Advanced PyTorch Geometric Tutorial 1]Price Graphs [Advanced PyTorch Geometric Tutorial 3]Pytorch Geometric tutorial: Data handling in PyTorch Geometric (Part 2)Pytorch Geometric tutorial: Graph pooling DIFFPOOLAdvanced mini-batching [Advanced PyTorch Geometric Tutorial 5]Heterogeneous graph learning [Advanced PyTorch Geometric Tutorial 4]Pytorch Geometric tutorial: Recurrent Graph Neural NetworksPytorch Geometric tutorial: DeepWalk and Node2Vec (Practice)Pytorch Geometric tutorial: PyTorch basicsPytorch Geometric tutorial: Introduction to Pytorch geometricPyTorch Geometric tutorial: Graph Autoencoders & Variational Graph AutoencodersPyTorch Geometric tutorial: Graph GenerationPyTorch Geometric tutorial: Adversarial Regularizer (Variational) Graph AutoencodersPytorch Geometric tutorial: Graph attention networks (GAT) implementation