Computing a Frobenius Coin Problem decision problem in O(n^2)
Charles Sauerbier

TL;DR
This paper presents an algorithm that solves the Frobenius Coin Problem efficiently in quadratic time relative to the largest denomination, improving computational feasibility for large coin sets.
Contribution
The paper introduces a new algorithm that determines the Frobenius Coin Problem in worst-case quadratic time based on the largest denomination, advancing previous methods.
Findings
Algorithm solves the problem in O(n^2) time
Efficiency depends on the magnitude of the largest denomination
Provides a practical approach for large coin sets
Abstract
Expanding on recent results of another an algorithm is presented that provides solution to the Frobenius Coin Problem in worst case O(n^2) in the magnitude of the largest denomination.
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Taxonomy
TopicsCoding theory and cryptography · Finite Group Theory Research · Advanced Algebra and Geometry
