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Dive into the research topics where Stina S. Bridgeman is active.

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Featured researches published by Stina S. Bridgeman.


technical symposium on computer science education | 2000

PILOT: an interactive tool for learning and grading

Stina S. Bridgeman; Michael T. Goodrich; Stephen G. Kobourov; Roberto Tamassia

We describe a Web-based interactive system, called PILOT, for testing computer science concepts. The strengths of PILOT are its universal access and platform independence, its use as an algorithm visualization tool, its ability to test algorithmic concepts, its support for graph generation and layout, its automated grading mechanism, and its ability to award partial credit to proposed solutions.


Computational Geometry: Theory and Applications | 2000

Turn-Regularity and Optimal Area Drawings of Orthogonal Representations

Stina S. Bridgeman; Giuseppe Di Battista; Walter Didimo; Giuseppe Liotta; Roberto Tamassia; Luca Vismara

Given an orthogonal representation


graph drawing | 1997

InteractiveGiotto: An Algorithm for Interactive Orthogonal Graph Drawing

Stina S. Bridgeman; Jody Fanto; Ashim Garg; Roberto Tamassia; Luca Vismara

H


graph drawing | 1996

A Graph Drawing and Translation Service on the WWW

Stina S. Bridgeman; Ashim Garg; Roberto Tamassia

with


technical symposium on computer science education | 2000

SAIL: a system for generating, archiving, and retrieving specialized assignments using LATEX

Stina S. Bridgeman; Michael T. Goodrich; Stephen G. Kobourov; Roberto Tamassia

n


Journal of Graph Algorithms and Applications | 2000

Difference Metrics for Interactive Orthogonal Graph Drawing Algorithms

Stina S. Bridgeman; Roberto Tamassia

vertices and bends, we study the problem of computing a planar orthogonal drawing of


International Journal of Computational Geometry and Applications | 1999

A GRAPH DRAWING AND TRANSLATION SERVICE ON THE WORLD WIDE WEB

Stina S. Bridgeman; Ashim Garg; Roberto Tamassia

H


IEEE Internet Computing | 1999

GeomNet: geometric computing over the Internet

Gill Barequet; Christian A. Duncan; Michael T. Goodrich; Stina S. Bridgeman; Roberto Tamassia

with small area. This problem has direct applications to the development of practical graph drawing techniques for information visualization and VLSI layout. In this paper, we introduce the concept of turn-regularity of an orthogonal representation


graph drawing | 2000

A User Study in Similarity Measures for Graph Drawing

Stina S. Bridgeman; Roberto Tamassia

H


symposium on computational geometry | 1997

Classical computational geometry in GeomNet

Gill Barequet; Stina S. Bridgeman; Christian A. Duncan; Michael T. Goodrich; Roberto Tamassia

, provide combinatorial characterizations of it, and show that if

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Gill Barequet

Technion – Israel Institute of Technology

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