Spatial resolution is important as it influences how sharply we see objects. As discussed in Section 2.4, the key parameter is not the number of pixels in each row or column of the display, but the angle subtended, θ, by each of these pixels at the viewer's retina. We thus use the ...
Spatial orientation refers to the ability to understand and interact with objects and images in space, as well as the ability to orient oneself in relation to the environment. It involves using mental representations of visual information received through the eyes to complete tasks and navigate the...
pointing out what is still missing. Ontology is used as amethodto elaborate the theory, and SectionMethodintroduces the different steps followed during the development. An observation-based theory of resolution for single observations
170Altmetric Metrics Abstract Spatial representation surrounding a viewer including outside the visual field is crucial for moving around the three-dimensional world. To obtain such spatial representations, we predict that there is a learning process that integrates visual inputs from different viewpoints...
Using machine learning techniques, we decoded the (x,y) position of the locus of attention at a high spatial and temporal resolution before target onset, which allowed us to classify trials based on how well attention was oriented according to task instructions. In agreement with previous studies...
Using high resolution data from two large scale studies, we have investigated the connection between social and spatial behaviour for the first time. We have shown that, in both domains, individuals balance the trade-off between exploring new opportunities and exploiting known options in a distinctiv...
The Oculus Quest was the chosen HMD due to it being wireless and thus consumer-relevant, providing the highest screen resolution, as well as having a satisfactory refresh rate. However, since it has the hardware built into the headset, the computational power is limited. Therefore, the whole ...
as well as space, and most visual systems are relatively insensitive to unchanging stimuli. Temporal and spatial information are combined in the analysis of motion, the detection of which Gordon Walls considered to be of greater significance to animals than sensitivity, color, or spatial resolution....
It has shed some light on the construction of framework spatial data of higher resolution for the study of China’s historical geography in ancient times when the basic sources are local gazetteers. For the study of modern Chinese historical geography, it is less complicated to construct the ...
Modeling this global trend of RFs as univariate scaling, or “scale invariant”, aligns with the graded resolution of inputs from the retina4,5,6. Next, studies also show substantial local variation in SF tuning for a given eccentricity. More specifically, local variability of preferred SF is...