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We live in the age of tiered objectives, expected outcomes, lead and lag indicators, measurable impacts, which are all well and good – when used sensibly these methodologies can lead to the kind of critical thinking so vital in this era of development.
The use of different methodologies can lead to differences in the estimated exposures and evidence the need to harmonize the methodologies used in risk assessment.
In this work, we demonstrate that different methodologies can lead to very different estimates of OTU abundances.
The differences that result from the characteristics of these two methodologies can lead to disparities in the coverage of genes along the spectrum of expression.
Overall, we can conclude that in the event that only replicated time-course experiments are available, a situation which is not uncommon, the integration between two methodologies can lead to a dynamical model with better accuracy than one solely based on a SOO procedure.
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It is shown how this methodology can lead to a decentralized control design with time-varying delays in the input.
For problems that can be solved by F-PSTD, the presented methodology can lead to a significant gain in computational efficiency.
This methodology can lead to a significant improvement in the selection of tidal sites, thereby increasing the possibilities of project acceptance and development.
Optimising the groove depth, the copper thickness and the finger pitch by using the Design of Experiments (DOE) experimental methodology can lead to a dramatic reduction of the cell series resistance.
Detailed analysis and case studies demonstrate that this new methodology can lead to improved precision for both tracking control and vibration attenuation, enhanced control robustness, and smoother control action.
The proposed methodology can lead to filament heaters capable of satisfying the two conditions on the design surface with maximum deviation of about 2% and average deviation less than 0.5%.
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CEO of Professional Science Editing for Scientists @ prosciediting.com