Fully Dynamic Delaunay Triangulation in Logarithmic Expected Time per Operation (1991)  (Make Corrections)  (19 citations)
Olivier Devillers, Stefan Meiser, Monique Teillaud

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Abstract: The Delaunay Tree is a hierarchical data structure that has been introduced in [6] and analyzed in [7,4]. For a given set of sites S in the plane and an order of insertion for these sites, the Delaunay Tree stores all the successive Delaunay triangulations. As proved before, the Delaunay Tree allows the insertion of a site in logarithmic expected time and linear expected space, when the insertion sequence is randomized. (Update)

Context of citations to this paper:   More

.... of insertion, of ensuring an O(log 2 n) location time for any point, and of allowing deletions in an easier way than the Delaunay tree [DMT92]. However, the additional memory is still important and the location structure is not especially simple. In 1996, Mcke, Saias and Zhu...

...with 6 unknowns, and a unique solution if the points are noncollinear. Thus, we make use of the Delaunay triangulation as implemented by [3] on the first frame and triangulate the second frame by points corresponding. Furthermore we assume that (C u ; C v ; a; b; c; d) are...

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BibTeX entry:   (Update)

O. Devillers, S. Meiser, and M. Teillaud. Fully dynamic Delaunay triangulation in logarithmic expected time per operation. In Proc. 2nd Workshop Algorithms Data Struct., volume 519 of Lecture Notes in Computer Science, pages 42--53. Springer-Verlag, 1991. http://citeseer.nj.nec.com/devillers91fully.html   More

@techreport{ devillers90fully,
    author = "O. Devillers and S. Meiser and M. Teillaud",
    title = "Fully dynamic Delaunay triangulation in logarithmic expected time per operation",
    number = "RR-1349",
    year = "1990",
    url = "citeseer.nj.nec.com/devillers91fully.html" }
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1102   Computational Geometry: an Introduction (context) - Preparata, Shamos - 1985
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219   Primitives for the manipulation of general subdivi- sions an.. (context) - Guibas, Stolfi - 1985
121   A sweepline algorithm for Voronoi diagrams (context) - Fortune - 1987
85   Randomized incremental construction of Delaunay and Voronoi .. (context) - Guibas, Knuth et al. - 1992
76   The design of dynamic data structures (context) - Overmars - 1983
69   A linear time algorithm for computing the Voronoi diagram of.. (context) - Aggarwal, Guibas et al. - 1989
49   Two algorithms for constructing a Delaunay triangulation (context) - Lee, Schachter - 1980
47   Applications of random sampling to on-line algorithms in com.. - Boissonnat, Devillers et al.
47   Backwards analysis of randomized geometric algorithms - Seidel - 1991
41   Four results on randomized incremental constructions - Clarkson, Mehlhorn et al. - 1992
31   the randomized construction of the Delaunay tree - Boissonnat, Telllaud
25   Discrete and Computational Geometry (context) - Mulmuley, in et al. - 1991
23   Design and implementation of an efficient priority queue (context) - Boas, Kaas et al. - 1977
21   Dynamic maintenance of geometric structure made easy (context) - Schwarzkopf - 1991
20   Computing Dirichlet tesselations in the plane (context) - Green, Sibson - 1978
20   Randomized multidimensional search trees: dynamic sampling (context) - Mulmuley - 1991
19   the construction of abstract Voronoi diagrams (context) - Mehlhorn, Meiser et al. - 1991
11   A semi-dynamic construction of higher order Voronoi diagrams.. - Boissonnat, Devillers et al. - 1990
10   Department of Computer Science (context) - Shamos, PhD - 1978
8   A simple on-line randomized incremental algorithm for comput.. (context) - Aurenhammer, Schwarzkopf - 1991
6   Dynamic point location in arrangements of hyperplanes (context) - Mulmuley, Sen - 1991
1   A hierarchical representation of objects: the De- launay Tre.. (context) - Boissonnat, Telllaud - 1986
1   The design and ananlysis of computer' algo- rithms (context) - Aho, Hopcroft et al. - 1983



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