The phrase "allows segmentation" is correct and usable in written English.
It can be used in contexts where a system, process, or method enables the division or categorization of something into segments or parts.
Example: "The new software update allows segmentation of user data for more targeted marketing strategies."
Alternatives: "facilitates segmentation" or "enables segmentation".
The phenotypes of over thousand organoids were analyzed by the high-content, automated morphometric image data analysis software (AMIDA .29 AMIDA allows segmentation and quantitative measurements of large numbers of images containing hundreds of organoids, with different shapes, sizes and textures (Figure 3d).
Location data, for example, allows segmentation of consumers exposed to OOH advertising thanks to its ability to map anonymous users' offline visitation patterns.
But it also cites SMEs and corporates as targets — flagging up the Balance feature that allows segmentation of work and personal content on the device.
Our results show that hyperspectral unmixing with excitation spectra allows segmentation, showing promise for blind identification of tissue types within a field of view, analogous to specific staining in conventional histology.
This allows segmentation of the genome into six annotated general chromatin categories, namely, enhancer, promoter, insulator, transcribed, repressed and inactive states.
In addition to the RNFL around the optic nerve, OCT allows segmentation of the retinal layers at the macula, providing measurements of macular RNFL, GCL, inner nuclear layer and outer retinal layers.
Moreover, in-depth analysis of the perifoveal segment is possible, allowing segmentation of the different retinal layers including the ganglion cell layer (GCL), the inner plexiform layer (IPL), the inner nuclear layer (INL), the outer plexiform layer (OPL), and the outer nuclear layer (ONL).
The database is also accompanied with tools that allow segmentation of text images into lines and paragraphs.
We successfully demonstrated the ability to resolve cell nuclei in situ achieved via SIM, which allowed segmentation of nuclei from heterogeneous tissues in the presence of considerable background fluorescence.
In addition, many of these programs do not allow segmentation tools to work on arbitrary slices.
In general, image contrast was sufficient to allow segmentation of objects as small as 5 10 µm in diameter, such as fine nerve branches (Fig. 11).
