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Learning A Structured Optimal Bipartite Graph for Co-Clustering

NeurIPS 2017 · Graph learning › Graph algorithms and clustering · approach: Neural and local graph clustering · 86 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
learn bipartite graph with exactly k connected components instead of spectral clustering plus K-means post-processingco-clustering (SOBG vs BSGP) · Synthetic rows, noise 0.9clustering accuracy (%): 40.00 -> 84.17Helped
learn bipartite graph with exactly k connected componentsco-clustering (SOBG vs BSGP) · Synthetic columns, noise 0.8clustering accuracy (%): 63.33 -> 100.00Helped
learn bipartite graph with exactly k connected componentsco-clustering (SOBG vs BSGP) · Synthetic, noise 0.6clustering accuracy (%): 100.00 vs 100.00 (rows, BSGP)No clear effect
learn bipartite graph with exactly k connected componentsco-clustering (SOBG vs BSGP) · Reuters21578clustering accuracy (%): 11.44 -> 43.94Helped
learn bipartite graph with exactly k connected componentsco-clustering (SOBG vs best baseline) · LUNGclustering accuracy (%): 79.80 -> 78.82No clear effect
learn bipartite graph with exactly k connected componentsco-clustering (SOBG vs NMF) · Prostate-MSclustering accuracy (%): 47.83 -> 62.73Helped

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