Sentence examples for direct integration approaches from inspiring English sources
Direct integration approaches are only appropriate for small numbers of highly similar datasets specifically selected to answer clearly defined questions, as opposed to recent global survey-based approaches used to identify common tissues or expression profiles across all available datasets [ 40- 42].
Species conservation differential equations as well as reaction and heat release rates provided by the S5 and S7 schemes are solved in each computational cell via a direct integration approach.
Nonlinear dynamic analysis of the bridge, based on the direct time integration approach, is conducted to evaluate the seismic responses of the bridge.
In contrast, quantum mechanics can accurately predict properties independent of experimental data, but a direct integration into molecular design approaches is computationally challenging.
The results obtained by direct and indirect heat integration approaches are presented in the form of cost-optimal heat exchanger networks and evaluated by different thermodynamic and economic indicators.
This study focused on evaluating service integration approaches directed at increasing linkages between low-income families and services existing in their communities.
There are also other LRE techniques, such as those that use long term spectral features like shifted delta cepstrum [11], which do not share the same underlying acoustic features or decoding structure with LVCSR, and would not be as well suited for direct integration as the phone recognition approach.
While pseudo-testcross based analysis results in separate maps for each parent, the combined approach allows direct integration into a single map of crossovers that occur in either or both parents by using the markers that are heterozygous in both parents as anchors.
The dynamic response of the system in an unbalanced condition is approached by the direct integration method and mode superposition method.
We present a new and innovative approach for the direct integration of sensors into aluminum during casting to obtain strain and temperature data for the aluminum.
