An adaptive meshing method is developed to automatically refine the grid near the wavy gas-liquid interface which is moving continuously.
In addition, we employ adaptive grids encoded with Quad-/Oc-trees in parallel to automatically refine the grid where the statistical fields vary rapidly as well as at the boundary of the confined domain.
The jump condition is imposed in a sharp manner, using the Voronoi Interface Method of Guittet et al. [14], while adaptive Quad/Oc-tree grids are employed to automatically refine near the cells boundary for increased accuracy.
Others proposed the utilization of lexical affinities to automatically refine queries [13], and the usage of both the text surrounding the query terms in the search results and the text surrounding the query term in the document being read [16].
The underline idea is that entities can join the system dynamically, publish their functionalities through a set of process fragments that can be used by other entities to interoperate, discover fragments offered by the other entities, and use them to automatically refine their own processes.
Development of high-quality annotations that are specialized to a research domain, yet free from researcher bias, requires techniques that automatically refine annotations using machine learning methods based on representative experimental data.
