Fig. 6: Characteristics of UNSEG method.
From: UNSEG: unsupervised segmentation of cells and their nuclei in complex tissue samples
a UNSEG demonstrates internal consistency between nucleus and cell boundaries. The dashed box 1 contains two nuclei, where both Cellpose and Mesmer have mismatch between the boundaries of two cells and their nuclei. The dashed box 2 contains another cell, where Cellpose has mismatch between the nucleus and its cell boundaries. b UNSEG is better at capturing complex shapes of nuclei in comparison to Cellpose and Mesmer, as exemplified by the arrows indicating examples of nuclei with complex shapes. c Runtime complexity of UNSEG as a function of number of cells and image area, assuming uniform cell distribution for the latter.
