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Titlebook: Computing and Combinatorics; 27th International C Chi-Yeh Chen,Wing-Kai Hon,Chia-Wei Lee Conference proceedings 2021 Springer Nature Switze

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Nontraditional Optimization Techniques,r own utilities for the resources, and the goal is to find an assignment that maximizes the minimum total utility of resources assigned to a player. We introduce an over-estimation strategy to help overcome the challenges of each resource having different utilities for different players. When all re
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Molecular Dynamics Simulations,gative priority .(.). The goal is to compute a minimum weight Steiner tree containing edges of varying rates such that the path from . to each terminal . consists of edges of rate greater than or equal to .(.). The PST problem with . priorities admits a .-approximation [Charikar et al., 2004], and i
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Molecular Dynamics Simulations,nt baselines. Sequence graphs are the natural structures encoding their information. However, a sequence graph may have several realizations as a sequence, leading to a degree of ambiguity. In this paper, we study such degree of ambiguity from a combinatorial and computational point of view. In part
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Molecular Dynamics Simulations,died in depth from an aspect of parallel computability because it is nicely situated between . and .. By changing a memory device from pushdown stacks to access-controlled storage tapes, we introduce a computational model of deterministic depth-. storage automata (.-sda’s) whose tape cells are freel
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