Sentence examples for approach for constraining from inspiring English sources

Thus, the usefulness of this approach for constraining global SOA sources will be further enhanced when more factor analysis results from the southern hemisphere become available.

Combined with a look-up of simulations in the proximity of the measured data and iterative generation of new experimental designs, this provides an accurate and effective approach for constraining model parameters.

Cox et al. [ 2013] developed a novel approach for constraining the long-term sensitivity of tropical carbon stocks to warming in ESMs using contemporary atmospheric CO2 and temperature observations.

Sarkar and Sobie [ 43] recently published a regression-based approach for constraining free parameters in dynamic models, based on inverting the regression coefficient matrix of a classical metamodel, and using this inverted regression coefficient matrix to predict the parameters from the model outputs.

One approach for constraining computational models of biological systems is to acquire and optimize for both spatial and temporal data for the signaling components.

This holistic approach is further used to propose methodologies and innovative approaches for constraining a design space of micro gas turbine to successfully utilize wide spectra of alternative/innovative fuels.

An overview of the archives in which evidence of terrestrial paleoclimate is preserved, the approaches to developing and applying proxies of climate from these archives, approaches for constraining the time represented by the information, and interpretations that have been developed from such archives.

By employing the notion of co-evolution to adapt penalty factors, this paper proposes a co-evolutionary particle swarm optimization approach (CPSO) for constrained optimization problems, where PSO is applied with two kinds of swarms for evolutionary exploration and exploitation in spaces of both solutions and penalty factors.

This observation might reflect a difference in mountain uplift mechanisms between the NE and the SW Japan Arcs and imply that thermochronometric approaches are useful for constraining uplift and denudation histories at the scale of an island arc, as well as continental orogens.

An approach for chance constrained programming of large-scale nonlinear dynamic systems is presented.

The values of B1,1, B1,2, and B1,3 that maximize the bound of capacity of cell 1 are obtained by using the method of Lagrange multipliers which is one of the classical approach for solving constrained optimization problems.