An O(n 2 log n) parallel max-flow algorithm - ScienceDirect.com
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A synchronized parallel algorithm for finding maximum flow in a directed flow network is presented. Its depth is O( n 3 ( log n) p) , where p (p ≤ n) is the ...
Missing: n² | Show results with:n²
This paper presents a synchronized parallel algorithm for finding maxi- mum flow in a directed network which is quite simple conceptually. It resembles ...
A synchronized parallel algorithm for finding maximum flow in a directed flow network is presented. Its depth is O( n 3 ( log n) p) , where p (p ≤ n) is the ...
Missing: n² | Show results with:n²
An O(n2 log(n)) Parallel Max-Flow Algorithm - ResearchGate
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Oct 22, 2024 · Abstract. A synchronized parallel algorithm for finding maximum flow in a directed flow network is presented. Its depth is , where p (p ≤ n) is ...
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Shiloach and Vishkin The main focus of the paper by Shiloach and Vishkin is to find a maximum flow algorithm that can be implemented efficiently on a PRAM ( ...
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Jan 1, 1982 · Abstract. A synchronized parallel algorithm for finding maximum flow in a directed flow network is presented. Its depth is O( n3 (log n) p), ...
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Parallel algorithms for minimum cuts and maximum flows in planar networks · Computer Science, Mathematics. 23rd Annual Symposium on Foundations of Computer…
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Recommendations · A Dynamic Combined Flow Algorithm for the Two-Commodity Max-Flow Problem Over Delay-Tolerant Networks · An O(n2) algorithm for scheduling equal- ...
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We also describe a parallel implementation of the algorithm that runs in O(n2 log U log p) time in the PRAM model with EREW and uses only p processors where p = ...
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This algorithm has a parallel running time of O(n²log n) with n processors but requires O(nm) space. Vishkin (private communication, 1986) has improved the ...