Graph Drawing

Radial Level Planarity Testing and Embedding in Linear Time
Every planar graph has a concentric representation based on a breadth first search, see [21]. The vertices are placed on concentric …
Christian Bachmaier, Franz J. Brandenburg, Michael Forster
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Radial Level Planarity Testing and Embedding in Linear Time
Clustered Level Planarity
Planarity is an important concept in graph drawing. It is generally accepted that planar drawings are well understandable. Recently, …
Michael Forster, Christian Bachmaier
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Clustered Level Planarity
BioPath – Exploration and Visualization of Biochemical Pathways
Biochemical reactions in organisms form large and complex networks. Examples are given by the Biochemical Pathways atlas [17] and the …
Franz J. Brandenburg, Michael Forster, Andreas Pick, Marcus Raitner, Falk Schreiber
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Radial Level Planarity Testing and Embedding in Linear Time
Every planar graph has a concentric representation based on a breadth first search, see [24]. The vertices are placed on concentric …
Christian Bachmaier, Franz J. Brandenburg, Michael Forster
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Radial Level Planarity Testing and Embedding in Linear Time
Applying Crossing Reduction Strategies to Layered Compound Graphs
We present a new method for the application of 2-layer crossing reduction algorithms to layered compound graphs. It is based on an …
Michael Forster
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Applying Crossing Reduction Strategies to Layered Compound Graphs
BioPath

Biochemical processes in organisms are considered as very large networks consisting of reactants, products and enzymes with …

Franz J. Brandenburg, Michael Forster, Andreas Pick, Marcus Raitner, Falk Schreiber
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BioPath
The System Architecture of the BioPath System
BioPath is a prototype system for the interactive exploration of biochemical pathways. It has been developed as an electronic version …
Michael Forster, Andreas Pick, Marcus Raitner, Falk Schreiber, Franz J. Brandenburg
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The System Architecture of the BioPath System
BioPath – Visualization of Biochemical Pathways
BioPath is a prototype system for the interactive exploration of biochemical pathways. It has been developed as an electronic version …
Franz J. Brandenburg, Michael Forster, Andreas Pick, Falk Schreiber
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BioPath – Visualization of Biochemical Pathways
Zeichnen ungerichteter Graphen mit gegebenen Knotengrößen durch ein Springembedder-Verfahren

Graphen sind ein vor allem in der Informatik weitverbreitetes Mittel, um verschiedenartigste Daten und Strukturen intuitiv …

Michael Forster
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Zeichnen ungerichteter Graphen mit gegebenen Knotengrößen durch ein Springembedder-Verfahren