Lattices Without a Big Constant and With Noise
Steven J. Gortler, Louis Theran

TL;DR
This paper presents a novel lattice-based approach to subset sum problems that eliminates large constants and flipping, and extends the method to noisy inputs, improving robustness and applicability.
Contribution
It introduces a new lattice analysis technique that removes the need for large constants and flipping, and adapts it for noisy data scenarios.
Findings
Elimination of large constants in lattice subset sum analysis
Successful application to noisy input data
Enhanced robustness of lattice methods
Abstract
We show how Frieze's analysis of subset sum solving using lattices can be done with out any large constants and without flipping. We apply the variant without the large constant to inputs with noise.
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Taxonomy
TopicsRough Sets and Fuzzy Logic · Computability, Logic, AI Algorithms · Advanced Algebra and Logic
