We consider methods to visually compare graphs, more to focus on the differences of the graphs than on the similarities. Our two-level approach constructs a meaningful overview of the given graphs combined with a detailed view focusing on a local area of change. The actual layout of these graphs has to be evaluated depending on the specific type of biological network to be visualized in each case. We look into different variants and propose properties to be optimized in our visualizations
This poster shows a series of biological network visualisations. The first example is for Gene Ontol...
Gene expression, signal transduction, protein/chemical interactions, biomedical literature cooccurre...
Black and white node link diagrams are the classic method to depict graphs, but these often fall sho...
We consider methods to visually compare graphs, more to focus on the differences of the graphs than ...
When working with graphs one often faces the problem of comparing two or more graphs. For example in...
Thesis (Ph.D.)--University of Washington, 2016-12Biomedical research increasingly relies on the anal...
Abstract. Much of the data generated and analyzed in the life sciences can be interpreted and repres...
The visualization and analysis of biological systems and data as networks has become a hallmark of m...
Metabolic networks have been drawn manually for many years, and over time have developed representat...
Much of the data generated and analyzed in the life sciences can be interpreted and represented by n...
Many interactions among bio-molecular entities, e.g. genes, proteins, metabolites, can be easily rep...
Best Paper AwardInternational audienceThe analysis of brain connectivity is a vast field in neurosci...
In life sciences, the importance of complex network visualization is ever increasing. Yet, existing ...
One challenge in node-link diagrams is how to efficiently provide a node placement or layout that wi...
BackgroundBiological networks are widely used to represent processes in biological systems and to ca...
This poster shows a series of biological network visualisations. The first example is for Gene Ontol...
Gene expression, signal transduction, protein/chemical interactions, biomedical literature cooccurre...
Black and white node link diagrams are the classic method to depict graphs, but these often fall sho...
We consider methods to visually compare graphs, more to focus on the differences of the graphs than ...
When working with graphs one often faces the problem of comparing two or more graphs. For example in...
Thesis (Ph.D.)--University of Washington, 2016-12Biomedical research increasingly relies on the anal...
Abstract. Much of the data generated and analyzed in the life sciences can be interpreted and repres...
The visualization and analysis of biological systems and data as networks has become a hallmark of m...
Metabolic networks have been drawn manually for many years, and over time have developed representat...
Much of the data generated and analyzed in the life sciences can be interpreted and represented by n...
Many interactions among bio-molecular entities, e.g. genes, proteins, metabolites, can be easily rep...
Best Paper AwardInternational audienceThe analysis of brain connectivity is a vast field in neurosci...
In life sciences, the importance of complex network visualization is ever increasing. Yet, existing ...
One challenge in node-link diagrams is how to efficiently provide a node placement or layout that wi...
BackgroundBiological networks are widely used to represent processes in biological systems and to ca...
This poster shows a series of biological network visualisations. The first example is for Gene Ontol...
Gene expression, signal transduction, protein/chemical interactions, biomedical literature cooccurre...
Black and white node link diagrams are the classic method to depict graphs, but these often fall sho...