Designed strictly for at-home, easy-chair listening, their output is preternaturally rich and dimensional.
The processes of glial fibrillary acidic protein-stained astrocytes form a rich, three dimensional array.
An algorithm for the translation of the chemically rich two-dimensional molecular graph into a three-dimensional internal coordinate representation of the relative positions of the atoms in space is described.
As part of his Ph.D. dissertation at the Massachusetts Institute of Technology, he developed an algorithm that could extract a rich three-dimensional understanding of a scene from two-dimensional line drawings with shadows.
It estimates a matrix ({textbf {M}} in mathbb {R}^{I' times J}) that projects rich, high-dimensional features ({textbf {h}_{t}} in mathbb {R}^{J}) (J≫I ′) down to low-dimensional transformed features, as follows: textbf{v}_{t} = {textbf{y}}^{primeprime}_{t} + {textbf{M}}{textbf{h}}_{t}.
Both actors look the part, down to the last well-coiffed Victorian whisker, and they provide rich, three-dimensional portraits.
The largest of them — stretching 50 feet — has noticeable red smears of ink and the illusion of folds where the stripes were printed off-register, giving the canvas a rich, three-dimensional quality.
An example is depth perception: to the sighted, with a lifetime of practice, rules about occlusion (if A occludes B, object A is closer) and foreshortening (objects farther away appear smaller) are continually used to combine incoming light into a rich, three-dimensional world.
The challenge has thus become extracting quantified shape parameters from these rich three-dimensional (3D) images.
The absorption spectra exhibit a lot of prominent peaks, mainly owing to the rich one-dimensional energy subbands.
