Titlebook: Combinatorial Optimization and Applications; 10th International C T-H. Hubert Chan,Minming Li,Lusheng Wang Conference proceedings 2016 Spri

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Promoting Non-Farm Skills and Knowledge, a model that was introduced by Dyer, Yang and Yaşar in 2008. We provide lower bounds and upper bounds on the fast search number (i.e., the minimum number of searchers required for capturing the fugitive) of complete .-partite graphs. We also investigate some special classes of complete .-partite gr

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forecast

The Mathematical Model Introduction,d a . subgraph . maximizing ., where . is said to be feasible if for each ., . or .. In the weighted version of the problem, additionally each edge . has a weight .(.) and we want to find a feasible subgraph . maximizing .. The problem is already NP-hard if . for all . [Zhang, FAW-AAIM 2012]..In thi

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Immortal

Smalltalk and Object Orientationties) of minimum eccentricity in a graph. It was introduced by Dragan and Leitert [.] who described a linear-time algorithm which is an 8-approximation of the problem. In this paper, we study deeper the double-BFS procedure used in that algorithm and extend it to obtain a linear-time 3-approximation

褪色

Object Oriented Analysis and Designs a set of nodes of .. For two nodes . and . in ., they can be . by some query . in ., iff exactly one of them belongs to .(.). Then, given a tree ., a query class ., and two disjoint node sets . and . of ., a subtree . of . is called . of ., iff (1) . contains all nodes in ., (2) for any node pair

弄皱

John Hunt BSc, PhD, MBCS, C.Engdge of . between . and .. In this paper, we show that a minimum safe set can be found in polynomial time for trees. We then further extend the result and present polynomial-time algorithms for graphs of bounded treewidth, and also for interval graphs. We also study the parameterized complexity of th

expdient

https://doi.org/10.1007/978-3-319-48749-6combinatorial optimization; computational complexity; dynamic programming; game theory; integer programm

Measured

978-3-319-48748-9Springer International Publishing AG 2016

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