The phrase "at increased resolutions" is correct and usable in written English.
It can be used when discussing the quality or clarity of images, videos, or displays that are being enhanced or improved in terms of resolution.
Example: "The new software allows users to view images at increased resolutions, providing a clearer and more detailed visual experience."
Alternatives: "at higher resolutions" or "in enhanced resolutions".
The dashed lines show predictions for the force evaluations at increasing resolutions made by scaling the low resolution simulation by the problem size.
Such communities are particularly resilient to being split up at increasing resolutions, despite the tendency for them to be partitioned.
In other words, the shape of a self-similar object does not change when the scale of measure changes because every part of it is similar to the original object; however, the magnitude and other geometrical parameters (e.g. the outline perimeter) of an irregular object differ when inspected at increasing resolutions that reveal an increasing number of details [ 25].
The branching pattern of the Tree of Life, which is being captured at increasing resolution by the advent of molecular tools [3], can be examined to investigate fundamental questions, such as whether it follows universal rules, and at what extent random differentiation mechanisms explain the shape of phylogenetic trees.
In this way, the overall local transformation of deformation revision is represented as a combination of B-splines at increasing resolution of control point mesh.
The combination of improved sample preservation approaches and advancements in the field of electron tomography and high-resolution fluorescence microscopy are expected to enlighten kinetochore organization at increasing resolution.
The decades since have seen a steady progression in our capability to study 5mC more broadly throughout the genome, at increasing resolution and in an expanding range of organisms.
Three sets of probes are available for genotyping analysis at increasing resolution, as indicated in Figure 2. 228 of the 248 previously described markers could be mapped to individual SNPs, as indicated by triangles (the remainder were microsatellites or other insertions or deletions not well-suited to genotyping by hybridization).
We propose a cascade architecture of ConvNets (called CamsNet) to refine progressively the predicted bone gradients in which the ConvNets work at successively increased resolutions.
