Graph Drawings
Mostrando 1-6 de 6 artigos, teses e dissertações.
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1. Representações retangulares de grafos planares / Rectangular representations of plane graphs
Uma representação retangular de um grafo plano G é uma representação de G, onde cada vértice é desenhado como um retângulo de modo que dois retângulos devem compartilhar algum segmento de seus lados se e somente se existe uma aresta em G entre os vértices correspondentes aos retângulos. Ainda, a representação de G deve formar um retângulo e nã
IBICT - Instituto Brasileiro de Informação em Ciência e Tecnologia. Publicado em: 04/04/2012
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2. A constraint-based model to support electronic TV network design
Electronic Television Network Design is well established when electronic physics concepts and computer techniques joint trough mathematical equations and geometrics concepts, to represent real effects. Even though, the two fields have significant different concepts. This research has as objective to propose one approach constraint-based data model, to suppor
Publicado em: 2008
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3. Uma abordagem para desenho de grafos baseada na utilização de times assincronos
Graph Drawing is a new area that deals with the development of techniques and algorithms whose major concern is the geometric representations of graphs. These geometric representations must follow a set of aesthetic criteria in a "nice" way. The activity of drawing graphs run into many dificulties, for example: the problem of satisfying some aesthetic criter
Publicado em: 1997
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4. Desenho automatico de diagramas
Diagrams are widely used as graphical representation for many types of information. LegoShell [Dru89] is a graphical language, under development at A_HAND Project, designed to represent distributed objects. In LegoShell diagrams, these objects appear connected like an oriented graph. Since LegoShell s practical exarnples can get very confusing, automatic lay
Publicado em: 1994
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5. PseudoViewer2: visualization of RNA pseudoknots of any type
Visualizing RNA pseudoknot structures is computationally more difficult than depicting RNA secondary structures, because a drawing of a pseudoknot structure is a graph (and possibly a nonplanar graph) with inner cycles within the pseudoknot, and possibly outer cycles formed between the pseudoknot and other structural elements. We previously developed PseudoV
Oxford University Press.
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6. WebInterViewer: visualizing and analyzing molecular interaction networks
Molecular interaction networks, such as those involving protein–protein and protein–DNA interactions, often consist of thousands of nodes or even more, which severely limits the usefulness of many graph drawing tools because they become too slow for interactive analysis of the networks and because they produce cluttered drawings with many edge crossings.
Oxford University Press.