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INERT

Radiculopathy

Noncrossing Hamiltonian Paths in Geometric Graphsts connecting the appropriate points. A noncrossing Hamiltonian path in a geometric graph is a Hamiltonian path which does not contain any intersecting pair of edges. In the paper, we study a problem asked by Micha Perles: Determine a function ., where .(.) is the largest number . such that when we

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Visualizing Related Metabolic Pathways in Two and a Half Dimensionsy are stacked on top of each other so that biologists get a full picture of subtle and significant differences among the pathways. Layouts are determined by a global layout of the union of all pathway-representing graphs using a variant of the proven Sugiyama approach for layered graph drawing that

CLAIM

GoVisual for CASE Tools Borland Together ControlCenter and Gentleware Poseidon – System Demonstratio diagrams play an important role in the engineering and re-engineering processes of software systems. Of particular interest from the Graph Drawer’s perspective are UML class diagrams whose purpose is to display class hierarchies (generalizations), associations, aggregations, and compositions in one

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BLANC

PHONE

A More Practical Algorithm for Drawing Binary Trees in Linear Area with Arbitrary Aspect Ratioode binary tree with area .(.) and any pre-specified aspect ratio in the range [..,..], where 0 ≤ . < 1 is any constant, in . time. Unfortunately, the algorithm of [1] is not suitable for practical use. The main problem is that the constant hidden in the “Oh” notation for area is quite large (e.g.,

ICLE

An Integer Programming Approach to Fuzzy Symmetry Detectionhave been presented that in general can solve this problem quickly in practice [5,2]. However, as most graphs do not admit any exact symmetry at all, the much harder problem of fuzzy symmetry detection arises: a minimal number of certain modifications of the graph should be allowed in order to make

pellagra

Barycentric Drawings of Periodic Graphsh, are unique up to affine transformations, and provide a versatile tool not only in drawing, but also in computation. Example applications include symmetric convex drawing in dimension 2 as well as determining topological types of crystals and computing their ideal symmetry groups.

CULP

Three-Dimensional Grid Drawings with Sub-quadratic Volumegments representing the edges are pairwise non-crossing. A . volume bound is proved for three-dimensional grid drawings of graphs with bounded degree, graphs with bounded genus, and graphs with no bounded complete graph as a minor. The previous best bound for these graph families was .. These result