There is a great deal of interest in analyzing data that is best represented as a graph. Examples include the WWW, social networks, biological networks, communication networks, transportation networks, energy grids, and many others. These graphs are typically multi-modal, multi-relational and dynamic. In the era of big data, the importance of being able to effectively mine and learn from such data is growing, as more and more structured and semi-structured data is becoming available. The workshop serves as a forum for researchers from a variety of fields working on mining and learning from graphs to share and discuss their latest findings.
Topics of interest include, but are not limited to:
Theoretical aspects:
Computational or statistical learning theory related to graphs
Theoretical analysis of graph algorithms or models
Sampling and evaluation issues in graph algorithms
Relationships between MLG and statistical relational learning or inductive logic programming
Algorithms and methods:
Graph mining
Kernel methods for structured data
Probabilistic and graphical models for structured data
(Multi-) Relational data mining
Methods for structured outputs
Statistical models of graph structure
Combinatorial graph methods
Spectral graph methods
Semi-supervised learning, active learning, transductive inference, and transfer learning in the context of graph
Applications and analysis:
Analysis of social media
Social network analysis
Analysis of biological networks
Large-scale analysis and modeling
08月14日
2017
会议日期
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