Sentence examples for surrogate layer from inspiring English sources

The objectives of the analysis is to evaluate the effect of the size of the opening in the silicon material on the induced pressure at the boundary of the opening, when the TSV structure is heated up, and to assess the possible role of a "surrogate" layer, if any, on the level of the longitudinal interfacial shearing stresses.

This second "surrogate" layer monitors the original AI for bias, alerting the developer if something is amiss or, even better, adapting the underlying model on the fly to remove bias.

For determination of the cell number (using DNA concentration as surrogate), cell layers were washed with PBS and frozen with 1 mM TRIS-HCl buffer (pH 8.0) containing 0.1 mM EDTA.

We used TBR1 as a surrogate marker for layer VI, CTIP2 as a marker of layer V, and BRN2 as a marker of layer II IV neurons (Bulfone et al., 1995; Leone et al., 2008).

AOD has been shown to be a good surrogate for boundary layer fine particulate matter concentrations and a predictor of the Air Quality Index, a nationally uniform index for reporting daily air quality (Al-Saadi et al. 2005; Engel-Cox et al. 2004; U.S. EPA 2009a; Wang and Christopher 2003).

The ANN-HDMR is a kind of double-layer surrogate model which couples the advantage of ANN for fast convergence and RS-HDMR for direct sensitivity indices calculation, and thus it exhibits better performance in convergence and stability comparing with the commonly used RS-HDMR.

The diurnal profiles of the monitored compounds are analyzed in terms of the energy balance throughout the day as a surrogate of the boundary layer evolution.

In the present work, we design a two-layer NN surrogate model to estimate the optical absorptivity of the cell for any given geometry vector as well as any radiation wavelength.

The outer layer enhances the surrogate model of the entire structure under design.

The framework implements a new method known as quadrature by expansion (QBX), which uses surrogate local expansions of the layer potential to evaluate it to very high accuracy both on and off the particle surfaces.

One on tropical anvil clouds by former co-worker Jake Seeley, and one on the optimization of a boundary-layer parameterization using surrogate models by Langhans et al. You can find links and pdfs here.