Sentence examples for fine spatial detail from inspiring English sources

Furthermore, we examine how these experimental challenges have influenced analysis of the visual functions of microsaccades and critically review current evidence on three long-debated proposals: the maintenance of fixation, the prevention of visual fading, and the exploration of fine spatial detail.

Finally, we underscore the importance of novel approaches for high-resolution blood-flow imaging, in the context of the need to gather information at fine spatial detail about the blood-flow response, necessary to constrain the multiple free parameters of hemodynamic response models.

The fine spatial detail in both the half-tone colour separations and the filigree gold decoration are appropriate for testing the optical resolving power of an imaging system.

The reduction in sensitivity to high spatial frequencies is comparatively simple to consider; with aging, the detail that can be seen is reduced, with this reduction disproportionately affecting the high spatial frequencies responsible for fine spatial detail (Owsley, 2011).

Thus we propose that the foraging success of great cormorants does not lay in particular adaptations of its vision to resolve fine spatial detail within different aquatic environments, but in the evolution of foraging techniques that operate within the constraints of its vision.

Although LTP occurs at a variety of hippocampal synapses in response to changes in space (Kemp and Manahan-Vaughan 2007), it is facilitated by specific changes in spatial context, with the CA1 region responding to fine spatial detail and the dentate gyrus responding to landmark context (Kemp and Manahan-Vaughan 2008a).

We found that miniature eye movements in normal vision are tuned, but not optimal, for seeing fine spatial details.

Normal miniature eye movements fall in between these extremes but it is unclear if they are optimally tuned for seeing fine spatial details.

Functional magnetic resonance imaging (fMRI) provided fine spatial details (millimetres) of the brain responses, which were compared with the cortical maps of the motor output to different body districts obtained with transcranial magnetic stimulation (TMS).

In particular, we investigated the capabilities of ten multispectral and hyperspectral devices to digitise a polychrome nineteenth-century Russian icon with a glossy surface, high specularity and very fine spatial details.

Tests on standard video sequences show that our results yield comparable PSNR to the state of the art in the literature, but with considerably improved preservation of fine spatial details.