Sentence examples for using the same resolutions from inspiring English sources

The DEM data corresponding to the above example is too small and using the same resolutions will not be a good idea, for example, a level-3 approximate tile would require only four coefficients.

Fluorescence images were acquired using standardized camera settings (Olympus DP70 camera, 1360 × 1024 resolution, and 15 s exposure time), while corresponding bright field images were acquired using the same resolution and the camera's auto-exposure setting with color correction.

The DRRs are reconstructed using an initial resolution of approximately 2 mm/pixel; the true DVF is resampled using the same resolution to allow calculation of the cross-correlation.

Confocal images were captured using the same resolution, zoom, pinhole size, and amplitude offset.

Micrographs of interphase nuclei were taken from DAPI-stained spread preparations of wing discs from three different larvae of each Leptidea species, using the same resolution.

The second is that the far-field spectra can be interpolated onto a spatial grid that has any given resolution but in this example we used the same resolution as the simulation.

As the iPad mini uses the same resolution as the non-retina iPads, iOS will use 1x graphics.

The results are not different (the three midbrain structures are still equally good propagators), possibly because we are still using the same low-resolution anatomical data for atrophy calculation (i.e. only the fMRI data has the improved resolution).

The models were run with identical inlet and boundary conditions using the same grid resolution; the choice of the specific computational set-up reflects demands for fast-response models, although it may be a sub-optimal choice for the more complex models.

In addition, 20 other images of each bread type were acquired with a digital camera, using the same spatial resolution.

Using the same temporal resolution the voxel size was decreased by 24% in the TREAT data sets compared to the standard perfusion technique (both techniques used parallel imaging with an acceleration factor of 2).