Three reactors (each with approximately 10 L liquid volume) were set up to evaluate three different operational settings: (i) close-circuit operation enabling current production; (ii) open-circuit operation without current production; and (iii) control reactor without electrode to account for the effect of electrode as a filter.
Treatment costs are likely to be different across treatment settings (i.e. hospital, rehabilitation center, outpatient setting).
We consider estimation of diagnostic-test sensitivity and specificity in the following settings: (i) one test in one population, (ii) two conditionally independent tests in two or more populations, (iii) two correlated tests in two or more populations, and (iv) three tests in two or more populations, where two tests are correlated but jointly independent of the third test.
Different ply settings, i.e. unidirectional (UD), woven roving (WR) and chopped strand mat (CSM) lamina, are considered.
The standard resistor settings (i.e., current measurement range) on the measurement equipment has been found to affect the measured impedance.
In the arena of automated negotiations we focus on the principal negotiation protocol in bilateral settings, i.e. the alternating-offers protocol.
Briefly, all the fluorescent images were taken with identical optical settings (i.e. exposure time and binning numbers).
They can be considered as single drugs for the treatment of migraine in particular clinical settings (i.e. emergency department).
DAC will be evaluated with its default settings, i.e. (f = max), (m =) confidence and (g = max).
The study finds that unpaced lines are superior to paced lines for many real-world settings, i.e. in mixed-model production environments with a long line length.
The ML method estimates the parameters in a prediction error settings, i.e. the sum of squared prediction error is minimized.
