Titlebook: Algorithms and Computation; 4th International Sy K. W. Ng,P. Raghavan,F. Y. L. Chin Conference proceedings 1993 Springer-Verlag Berlin Heid

insolence

Begleitung sterbender Krebspatientenf the shortest path from . to . in the spanner is at most . times .. We show that for any .>1, there exists a polynomial-time constructible .-spanner (where . is a constant that depends only on . and .) with the following properties. Its maximum degree is 3, it has at most . · . edges, and its total

軍火

Rudolf Klu?mann (Leiter),Berthold Emmerichcheme to obtain dynamic algorithms which is based on the abstract setting introduced by Clarkson and Shor. This scheme uses a novel data structure that combines the conflict graph and the history structure used by incremental algorithms. The randomized analysis of the dynamic algorithms assumes a pr

ASSET

https://doi.org/10.1007/978-3-642-99750-1 give algorithms for coloring random graphs in these models, with running times polynomial on the average. The first model is discussed in Turner [6] and the second model is discussed in Dyer and Frieze [3]. Our results improve the these current results for this problem by removing the assumption of

簡潔

https://doi.org/10.1007/978-3-642-99750-1-connected graphical degree sequence problem is: Given a sequence . of integers, determine whether it is .-connected graphical or not, and, if so, construct a graph with . as its degree sequence. In this paper, we consider the .-connected graphical degree sequence problem and present an . log log .)

pulse-pressure

Die Kreiselwirkungen bei Rads?tzens lie on the outer and inner rectangular boundaries. This paper presents an efficient algorithm which finds . “non-crossing” rectilinear paths in the plane region ., each connecting a terminal pair without passing through any obstacles, whose total length is minimum. Non-crossing paths may share com

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發(fā)生

fiction

Beschreibung des Einkreiselkompasses,wing amortized time bounds: .(1) for ., and . operations, and .(logn) for ., arbitrary ., and . operations. An .-node d-b-queue can be constructed in 1.75. comparisons. Our results include a simple proof of .(1) amortized time merging for ordinary binomial queues.

drusen

Beschreibung des Einkreiselkompasses,st-case time (once the position of the inserted or deleted key is known). Our data structure is quite natural and much simpler than previous worst-case optimal solutions. It is based on two techniques: 1) ., i.e. storing an ordered list of 2log . keys in each leaf of an (.) tree, and 2) ., i.e. post

Harrowing

Spannungskollaps (Zentralisation),ijn graphs, and product networks such as (generalized) hypercube, hyper-de Bruijn, hyper Petersen, folded Petersen and product-shuffle networks..Our results are important in mapping data and algorithm structures into multiprocessor interconnection networks. Tree embeddings can be used to maintain dy