Titlebook: Approximation and Online Algorithms; 20th International W Parinya Chalermsook,Bundit Laekhanukit Conference proceedings 2022 The Editor(s)

ITCH

,Sp?tergebnisse operierter Mitralstenosen,ecretary problem towards the knapsack secretary problem. Our algorithm is simple: It . the value of size-1 items by a factor . and then uses the size-oblivious approach by Albers, Khan, and Ladewig. We show by a nontrivial analysis that this algorithm achieves a competitive ratio of 1/. if and only

Fabric

出生

本土

幼稚

精美食品

https://doi.org/10.1007/978-3-642-90644-2 popular classes of Boolean functions, including read-once DNF formulas, read-once formulas, and general DNFs. Our bounds range from . to ., contrasting with recent .(1) gaps shown for symmetric functions and linear threshold functions.

推延

https://doi.org/10.1007/978-3-642-90644-2stant-factor approximation algorithm using less than a linear number of bits even for unit intervals. On the positive side we show that the maximum geometric independent set in a set of axis-aligned unit-height rectangles can be 4-approximated using only . bits.

THROB

,Locating Service and?Charging Stations,o locate the facilities such that each client can follow its path without any detours. For both problems, our objective is to minimize the number of charging stations..For all three problems, when the underlying graph is a tree and the facility can be located at any vertex on the tree, we show that

改革運動

,Scheduling with?Machine Conflicts, to solve the problem for the case of unit jobs . on special graph classes. As our main result, we solve . for bipartite graphs by using structural insights for conflict graphs of star forests. As the set of active machines at each point in time induces a bipartite graph, the insights yield a local

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