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Table 2 Performance benchmarks on the ovules dataset

From: Cellstitch: 3D cellular anisotropic image segmentation via optimal transport

Setting

Method

Precision

Recall

AP

mAP

Low Anisotropy

CellStitch\(^*\)

\(\mathbf {0.64 \pm 0.08}\)

\(0.64 \pm 0.14\)

\(\mathbf {0.48 \pm 0.11}\)

\(\mathbf {0.51 \pm 0.09}\)

Cellpose2D

\(0.42 \pm 0.07\)

\(0.57 \pm 0.09\)

\(0.31 \pm 0.05\)

\(0.36 \pm 0.05\)

Cellpose3D

\(0.45 \pm 0.20\)

\(\mathbf {0.84 \pm 0.11}\)

\(0.42 \pm 0.20\)

\(0.42 \pm 0.20\)

PlantSeg

\(0.45 \pm 0.06\)

\(0.80 \pm 0.07\)

\(0.40 \pm 0.05\)

\(0.41 \pm 0.05\)

High Anisotropy

CellStitch\(^*\)

\(\mathbf {0.66 \pm 0.07}\)

\(0.52 \pm 0.10\)

\(\mathbf {0.41 \pm 0.08}\)

\(\mathbf {0.48 \pm 0.07}\)

Cellpose2D

\(0.48 \pm 0.05\)

\(0.54 \pm 0.09\)

\(0.34 \pm 0.05\)

\(0.40 \pm 0.04\)

Cellpose3D

\(0.35 \pm 0.14\)

\(\mathbf {0.73 \pm 0.13}\)

\(0.31 \pm 0.13\)

\(0.31 \pm 0.12\)

PlantSeg

\(0.32 \pm 0.23\)

\(\mathbf {0.72 \pm 0.05}\)

\(0.27 \pm 0.19\)

\(0.29 \pm 0.19\)

  1. The best performance (within 0.03) is in bold. The method that achieves the best performance under the majority of the metric is marked with \(^*\)