It corresponds to an image made of stereotypes".
Just as each light detector in a digital camera corresponds to an image pixel, each detector gives a voxel, or volume element, of the image.
In such approaches, an image is seen as a weighted graph where each node corresponds to an image pixels or a region and the weight of each edge connecting two pixels or two regions represents the likelihood which belongs to the same segment.
The linear slider was located at a distance of 4350 mm from the mirror-drive 2-DOF active vision system; the (35times 35,) mm area on a plane at a distance of 4350 mm corresponded to an image region of (512times 512) pixels, and (6.84times 10^{-2}) mm corresponded to one pixel.
In the experiment, a CCTV lens of (f= 75) mm was used with a 1.5 {times }) extender; the (200times 200) mm area on a plane at a distance of 4350 mm corresponded to an image region of (512times 512) pixels and 0.391 mm corresponded to one pixel.
Each feature vector, corresponds to an image of a single cell and contains measurements for the image characteristics, such as the intensity of the image, the shape of a particular object in the image, etc.
For multi-view imaging, this would correspond to a difference image x i - x j having a sparse representation in some basis Ψ.
Standard deviation describes the spread of pixel values relative to the mean; high values of standard deviation correspond to a wider image histogram with a wide range of pixel intensities.
By regarding a plane perpendicular to the cone's axis as the reality plane (RP), a "cutting" plane as the picture plane (PP), and the cone's apex as the projective "eye," each conic section can be seen to correspond to a projective image of a circle (see the figure).
MorphX then created a series of image frames warping the surface of image A to the control points on image B, simultaneously altering image colors in image A to correspond to image colors in image B. Nine intermediate images in sequence between the two original images were created.
High QI values correspond to a high quality image.
