Why model networks? Many datasets take the form of networks or graphs... Social networks have binary (is friend, follows) or integer (retweets, shares) edges. Email networks have integer (number of emails) edges. Biological networks may have binary, integer or real-valued edges. Sinead Williamson Nonparametric networks 2 / 25 Modeling networks: Prediction vs Description There are a number of reasons we might want to model networks... Network recovery: We may only have a noisy version of the underlying network. Description/characterization: We may wish to find a latent explanation of the network structure – e.g. community detection. Anomaly detection: We may wish to detect unusual nodes or sub-graphs- for example to detect spammers. Influenc...
In this thesis, we develop methodologies to make nonparametric predictions in relational data. Promi...
In this volume, we have seen several compelling reasons for the statistical analysis of network data...
Analyzing and understanding the structure of complex relational data is important in many applicatio...
Bayesian Statistics provide us with a powerful approach to model real-world phenomena and quantify t...
Network data representing relationship structures among a set of nodes are available in many fields ...
The recent explosion in social network data has stimulated interest in probabilistic models of netwo...
Network structure exists in various types of data in the real world, such as online and offline soci...
Network models are an increasingly popular way to abstract complex psychological phenomena. While st...
This thesis focuses on a new graphon-based approach for fitting models to large networks and establi...
Statistical models for social networks as dependent variables must represent the typical network dep...
This thesis is concerned with the statistical learning of probabilistic models for graph-structured ...
Interconnected network structures play a crucial role in many aspects of our lives. Understanding th...
Research on probabilistic models of networks now spans a wide variety of fields, including physics, ...
My central research interest is the principled measurement, analysis, and mining of large-scale comp...
This article presents a simple and easily implementableBayesian approach to model and quantify uncer...
In this thesis, we develop methodologies to make nonparametric predictions in relational data. Promi...
In this volume, we have seen several compelling reasons for the statistical analysis of network data...
Analyzing and understanding the structure of complex relational data is important in many applicatio...
Bayesian Statistics provide us with a powerful approach to model real-world phenomena and quantify t...
Network data representing relationship structures among a set of nodes are available in many fields ...
The recent explosion in social network data has stimulated interest in probabilistic models of netwo...
Network structure exists in various types of data in the real world, such as online and offline soci...
Network models are an increasingly popular way to abstract complex psychological phenomena. While st...
This thesis focuses on a new graphon-based approach for fitting models to large networks and establi...
Statistical models for social networks as dependent variables must represent the typical network dep...
This thesis is concerned with the statistical learning of probabilistic models for graph-structured ...
Interconnected network structures play a crucial role in many aspects of our lives. Understanding th...
Research on probabilistic models of networks now spans a wide variety of fields, including physics, ...
My central research interest is the principled measurement, analysis, and mining of large-scale comp...
This article presents a simple and easily implementableBayesian approach to model and quantify uncer...
In this thesis, we develop methodologies to make nonparametric predictions in relational data. Promi...
In this volume, we have seen several compelling reasons for the statistical analysis of network data...
Analyzing and understanding the structure of complex relational data is important in many applicatio...