Sentence examples for bidirectional reflection from inspiring English sources

The first approach is called light source sampling and the second approach is called BRDF sampling after the name of the bidirectional reflection distribution function (BRDF).

IEEE Transactions on Geoscience and Remote Sensing, 44, 2219 2229], which uses the 4-scale radiative transfer model [Chen, J.M., Leblancs, 1997. A 4-scale bidirectional reflection model based on canopy architecture.

The film introduced Disney's new bidirectional reflectance distribution functions, with more realistic reflections on surfaces, and new virtual cinematography Camera Capture system, which makes it possible to go through scenes in real-time.

Because we do not have an analytical description for the bidirectional reflectance distribution function (BRDF) that describes the reflection from the sphere [ 49], we approach the fit to the data by invoking a "tangent-plane approximation" which assumes that light is reflected from a diffraction-limited patch on a local tangent plane at the sphere's surface [ 50].

Only 50 genes (5.1 %) exhibited bidirectional expression.

This paper seeks to provide an overview of the currently available assessment tools for bidirectional transmission or reflection distribution functions (BTDFs and BRDFs) of complex fenestration systems (CFS).

For this assessment, spectral (wavelength-dependent) Bidirectional Transmission or Reflection Distribution Functions are used, usually referred to as BTDFs or BRDFs, or more generally BSDFs for Scattering Functions.

A possible explanation for the increase in bidirectional mitochondrial transport is that it is a simple reflection of a greater mitochondrial density in the nerves of the mutant animals.

Intraband crosstalk induced by back reflections, mainly Rayleigh backscattering is experimentally and theoretically studied in a bidirectional system using the same wavelength.

In bidirectional transmission with carrier reuse over the single fiber, the Rayleigh Backscattering (RB) noise and reflection (RE) interferences from optical components can seriously deteriorate the transmission performance of the fiber optic systems.

Thus, in this paper, a novel bidirectional symmetric I-shaped slot uniplanar compact electromagnetic band-gap (BSIS-UC-EBG) structure with a reflection phase band of 58.0 62.1 GHz is proposed to improve antenna performance.