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The proposed configuration and design methodology achieve predictable seismic response with efficient utilization of devices.
Then the main question remains open why can this so-called combined methodology achieve such higher accuracy?
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The methodology achieved more than 96%% accuracy.
The developed methodology achieved an overall classification accuracy of greater than 88%.
However, lysozyme/heparin-functionalized scaffolds obtained through urethane methodology achieved the highest platelet attachment inhibition.
The proposed methodology achieved hit rates above 99% and outperformed nine methods found in the literature.
By using GNY belief logic we analyzed our authentication protocol and we can also prove that our proposed methodology achieves our objectives.
In general, our methodology achieves solutions that are quite robust to small variations in the Weibull shape parameter.
The proposed methodology achieves maximal power reduction of functional units by identifying the maximal parallelism of power hungry operators in resource-constrained/time-constrained designs.
This methodology achieves higher accuracy and more representative results and therefore can lead to more radical optimization in a design process.
The proposed design methodology achieves global results in terms of the position and removes the requirement of the linear-velocity measurements.
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CEO of Professional Science Editing for Scientists @ prosciediting.com