May 7, 2023 · We study the online bottleneck matching problem on a line, which is to match a sequence of m requests arriving one-by-one in an online ...
Sep 30, 2024 · When the distances between any two adjacent servers are the same, we present an optimal online algorithm with a competitive ratio of m + 1 .
We study the online bottleneck matching problem on a line, which is to match a sequence of m requests arriving one-by-one in an online fashion to a given ...
Abstract. We consider the online bottleneck matching problem, where k server-vertices lie in a metric space and k request-vertices that arrive over time ...
We consider the online bottleneck matching problem, where k server-vertices lie in a metric space and k request-vertices that arrive over time each must ...
May 7, 2023 · We study the online bottleneck matching problem on a line, which is to match a sequence of m requests arriving one-by-one in an online fashion to a given set ...
Online bottleneck matching on a line | Request PDF - ResearchGate
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Oct 22, 2024 · We study the online bottleneck matching problem on a line, which is to match a sequence of m requests arriving one-by-one in an online ...
We consider the online bottleneck matching problem, where k server- vertices lie in a metric space and k request-vertices that arrive over time each must ...
Dec 9, 2022 · In this paper, we consider the online matching problem with two heterogeneous sensors s1 and s2 in a metric space (X,d).
The goal is to minimize the maximum distance between any request and its server. Because no algorithm can have a competitive ratio better than $$O(k)$$ for this ...