The phrase "ability of the image" is correct and usable in written English.
It can be used when discussing the capacity or potential of an image to convey information, evoke emotions, or serve a specific purpose.
Example: "The ability of the image to capture the viewer's attention is crucial in advertising."
Alternatives: "capability of the image" or "potential of the image".
Specifically speaking, in order to improve the robustness and anti-attack ability of the image watermarking, the watermark embedding capacity and better visual quality can be guaranteed.
To prove the ability of the image analysis tool to reveal distinctive features and degrees of disorder of the AC structures, a set of various commercial carbon adsorbents was characterized.
For simple mixtures of cultured dinoflagellates, the ability of the image matching software to discriminate target cells varied greatly depending on how similar the two species were in size and shape.
But according to those who have worked on it and witnessed it, the new technology represents a notable advance in the richness of detail, shadows and shading in the images projected, and the ability of the images to move and interact with singers and actors on the set.
We posit that the use of hyperspectral images will be superior to current technologies using broadband IR images due to the ability of the hyperspectral image technique to simultaneously exploit two target-specific properties: the spectral target characteristics and the time-dependent target behavior.
AverageExplorer may have been inspired by the ability of the average image to reveal human commonalities, but its real power lies in its ability to slice that average into meaningful categories.
Except exhibiting the ability of the 2D image analysis method, the analysis results also show the consistency of 2D information and 3D information, by comparing particle grading with sieving curve, and MAAR with mortar to coarse aggregate volume ratio (MAVR).
This, however, brings about the question of the ability of the acquired images to adequately represent the microstructural characteristics of the data sets.
The ability of the AFM to image with high resolution has led to a paradigm shift in amyloidogenic diseases and holds promise to do the same for a number of other diseases.
The results showed the ability of the HGC to image small organs, such as the thyroid gland, and to detect lymph nodes in SLN mapping procedures.
We also tested the ability of image comparison software to match images of cells in mixed assemblages to images of the target species.
