Session 2F - Heterogeneous Networks: no. 2F1Heterogeneous information networks contain multi-type entities and links compared to homogeneous information networks and thus give us richer information about the relationships among the entities. Meta-path is a powerful way to represent complex connections among objects in heterogeneous information networks. Classifying objects in heterogeneous information networks can give us insight about the hidden structure of the network and help us on recommendation, link prediction, community detection, etc. Multi-type entities drive us to utilize class labels of different type entities simultaneously and do multi-task classification. In this talk, I will introduce how to make use of meta-path to improve ...
<p>We constructed a heterogeneous network with 18 metanodes (denoted with labels) and 19 metaedges (...
Abstract—Many information tasks involve objects that are explicitly or implicitly connected in a net...
Real-world physical objects and abstract data entities are interconnected, forming gigantic networks...
Meta-paths are important tools for a wide variety of data mining and network analysis tasks in Heter...
Abstract. Collective classification has been intensively studied due to its impact in many important...
Meta-paths are important tools for a wide variety of data mining and network analysis tasks in Heter...
Heterogeneous Information Networks (HINs) are information networks with multiple types of nodes and ...
The Heterogeneous Information Network (HIN) is a graph data model in which nodes and edges are annot...
The Heterogeneous Information Network (HIN) is a graph data model in which nodes and edges are annot...
Aimed at the problem that the traditional meta-path random walk in heterogeneous network representat...
Network representation learning can map complex network to the low dimensional vector space, capture...
Aiming at the current situation of network embedding research focusing on dynamic homogeneous networ...
Heterogeneous information network (HIN)-structured data provide an effective model for practical pur...
Current Heterogeneous Network Embedding (HNE) models can be roughly divided into two types, i.e., re...
In real world, most of the information networks are heterogeneous in nature, which contains differen...
<p>We constructed a heterogeneous network with 18 metanodes (denoted with labels) and 19 metaedges (...
Abstract—Many information tasks involve objects that are explicitly or implicitly connected in a net...
Real-world physical objects and abstract data entities are interconnected, forming gigantic networks...
Meta-paths are important tools for a wide variety of data mining and network analysis tasks in Heter...
Abstract. Collective classification has been intensively studied due to its impact in many important...
Meta-paths are important tools for a wide variety of data mining and network analysis tasks in Heter...
Heterogeneous Information Networks (HINs) are information networks with multiple types of nodes and ...
The Heterogeneous Information Network (HIN) is a graph data model in which nodes and edges are annot...
The Heterogeneous Information Network (HIN) is a graph data model in which nodes and edges are annot...
Aimed at the problem that the traditional meta-path random walk in heterogeneous network representat...
Network representation learning can map complex network to the low dimensional vector space, capture...
Aiming at the current situation of network embedding research focusing on dynamic homogeneous networ...
Heterogeneous information network (HIN)-structured data provide an effective model for practical pur...
Current Heterogeneous Network Embedding (HNE) models can be roughly divided into two types, i.e., re...
In real world, most of the information networks are heterogeneous in nature, which contains differen...
<p>We constructed a heterogeneous network with 18 metanodes (denoted with labels) and 19 metaedges (...
Abstract—Many information tasks involve objects that are explicitly or implicitly connected in a net...
Real-world physical objects and abstract data entities are interconnected, forming gigantic networks...