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Granular-Ball Fuzzy Set and Its Implementation in SVM
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Most existing fuzzy set methods use points as their input, which is the finest granularity from the perspective of granular computing. Consequently, these methods are neither efficient nor robust to label noise. Therefore, we propose a frame-work called granular-ball fuzzy set by introducing granular-ball computing into fuzzy set. The computational framework is based on the granular-balls input rather than points; therefore, it is more efficient and robust than traditional fuzzy methods, and can be used in various fields of fuzzy data processing according to its extensibility. Furthermore, the framework is extended to the classifier fuzzy support vector machine (FSVM), to derive the granular ball fuzzy SVM (GBFSVM). The experimental results demonstrate the effectiveness and efficiency of GBFSVM.
Forward citations
Cited by 2 Pith papers
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3DGBGS: 3D Granular Ball Gaussian Splatting for Compact Novel View Synthesis
Using granular-ball point clusters to initialize anchors and Gaussian scales reduces 3D Gaussian Splatting model size by about 10% with near-identical rendering quality.
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GBFRS: Robust Fuzzy Rough Sets via Granular-ball Computing
Granular-ball fuzzy rough sets replace sample points with coarse-grained balls to make feature selection more noise-robust.
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