Sentence examples for robustness purposes from inspiring English sources

Furthermore, as mentioned earlier for the robustness purposes we also use ARDL cointegration technique.

For comparative and robustness purposes, we perform the same analysis for PISA 2009 and PISA 2012 waves separately.

The estimators include relative dead-zones for robustness purposes and parameter 'a posteriori' modifications to ensure the controllability of the estimated models of the plant.

For robustness purposes, we also applied the generalized least squares (GLS -based unit root tests allowinGLS -basedbreak unitroottestse null allowingrnative hypotheses proposed by Carrión-i-Silvestre et al. (2009).

However, all the recognition approaches employed in the challenge, i.e., robust features, acoustic modeling scheme, feature/model-space adaptation, advanced decoding, are not the ones designed specifically for reverberation robustness, but rather for general robustness purposes.

For robustness purposes, we use an alternative test of pairwise convergence developed by Pesaran (2007a), which allows us to test whether all cross-provincial inflation differentials (pairs) are stationary with several unit root and stationarity tests.

Three different types of workload can be considered for robustness benchmarking purposes: real workloads, realistic workloads, and synthetic workloads.

If it's even just these couple of students, alone on planet Earth, who have read that essay and rushed out, those couple of students are to me sufficient proof of the robustness and purpose of the eloquent critic, of his power to awake and enlighten, of his absolutely crucial place in our world.

Planetary exploration rovers are often redundantly actuated, for mechanical robustness and reliability purposes.

Then, Förstner (1987) further evaluated precision, controllability and robustness for planning purpose in vision based measurement problems, which included template matching, absolute orientation and relative orientation.

For this purpose, robustness of a new low-voltage MOSFET generation with an optimized multiple bond wire arrangement and device shape is compared to an older device design with lower number of bond wires.