Sentence examples for high-resolution vision from inspiring English sources

X-cells have small peripheral fields and are necessary for high-resolution vision.

In the Bilateria, high-resolution vision is known to have evolved in only a few animal groups including vertebrates, arthropods and cephalopods.

Although we are still far from the restoration of high-resolution vision, step-by-step developments are overcoming crucial bottlenecks in therapy development and have enabled the restoration of some visual function in patients with specific blindness-causing diseases.

Unlike humans, monkeys, or carnivores, mice are thought to lack a retinal subregion devoted to high-resolution vision; systematic analysis has now shown that mice encode visual space non-uniformly, increasing their spatial sampling of the binocular visual field.

Advances in different technologies, such as global navigation satellite systems, geographic information systems, high-resolution vision systems, innovative sensors and embedded computing systems, are finding direct application in agriculture.

The results reveal nonlinear subunits in the circuity of OFF midget ganglion cells, which subserve high-resolution vision.

The primary factors, which contributed towards this positive trend, are the availability of inexpensive and high resolution vision sensors, robust and fast computers and the advantages of using such systems over perspective vision systems.

The system includes a "high resolution vision sensor," which, combined with onboard computing, will analyze the road for potential dangers in real time, offering alerts to drivers that are designed to help them avoid accidents before they happen.

However, fish such as perch have high resolution vision and actively search and pursue their preys [30], [53], thus fish predation is likely to select for increased camouflage ability in the stonewort habitat.

Targeting high-density human foveal ganglion cells with chemical photoswitches may rapidly generate high resolution vision, and developing either photoswitches with longer physiological half-lives or delivery strategies providing long-term depots could make chemical photoswitches an option of choice.

The current model of eye evolution defines four steps (Nilsson, 2009), from non-directional photoreception through directional scanning photoreception (spiral phototaxis) (Jékely et al., 2008; Jékely, 2009) and low-resolution spatial vision to high-resolution spatial vision.