A case is studied to evaluate the overall capability of an Armored System of Systems.
This relationship can be represented either by a reflective model (i.e., a set of measures reflecting the capability of a process) or a formative model (i.e., a set of measures that collectively determines the overall capability of a process).
"The overall capability of a force," he writes, is "the means multiplied by the way multiplied by the way multiplied by the will times three".
Our model assimilates the whole genome-scale metabolism of the Shewanella, and focuses on elucidation of the overall capability of a single cell for extracellular electron transfer.
However, the presented data were extracted from studies that made use of the various standards in MRI of the breast of the last decade and therefore give a reasonable overview of the overall capability of MRI in ILC imaging in this period.
The overall Capability of each individual is a product of the resources available to people plus their ability to convert the resource into a functioning, such as the ability to convert a bicycle into a means of transport or wages into adequate pension provision.
Then, solutions with both smooth features and discontinuities are utilized to demonstrate the overall capability of the SV method.
Therefore, the capability of the process in each stage is dependent on the capability of the processes in the previous stages and the process capability indices calculate the overall capability of the process in this stage.
Therefore, the process capability indices for the quality characteristic in the second stage are affected by the quality characteristic in the first stage and calculate the overall capability of that stage.
Compared with the sole DET mode, the present calculation did not show a further increase in the total current output for the assumed DET mode with flavin secretion, and any flavin synthesis rate higher than 0.2587 mmol/gDW/h can significantly reduce the overall capability of the cell for current generation.
We examined the biological variability at several levels: (1) the influence of biological replicates on the measures of intra- and inter-platform data consistency; (2) the overall capability of differentially expressed gene identification by each biological replicate; and (3) the genes or gene sets that were most susceptible to biological variability between MRP1 and MRP2.
