One-dimensional filtering using a top-hat filter is performed to obtain the filtered variables used for conditioning.
In a CMV system, as the scientist manipulates a particular visualization (e.g., item selections, filtering, variable integrations), the manipulations are immediately propagated to the other visualizations using a linked data model.
Using the concept of optimal estimators, it is shown that a tabulation approach using the filtered progress variable and its variance can predict accurately the filtered chemical source terms.
Closure of the filtered progress variable and the energy balance equations are carefully addressed in a fully compressible formulation.
From this database and using a classical subgrid scale flame surface wrinkling model, a closure model for the filtered progress variable balance equation is then proposed.
To ensure the minimum scale length and remove the gray area in the material topology, the filtered design variable is projected by the threshold method.
Five major optical microsystem applications are presented: tunable lasers, tunable filters, variable optical attenuators, optical fiber switches, and wavelength-selective switches.
Both the H.264/AVC standard and its extension, MVC, adopt many improved coding tools such as multiple reference frames, weighted prediction, a de-blocking filter, variable block-size and quarter-pixel precision for Motion Compensation (MC).
Additional functions are accessible as well, such as multiplanar projections, convolution filters, variable slice thickness adjustments, minimum and maximum intensity projections, surface and volume rendering and number of slices to be reconstructed.
