Another example of research that benefits the industry would be a better understanding of beer-food flavor interactions, which can help restaurant owners to optimally pair beer with food to improve their customer's dining experience.
The ideal implementation of the Gale-Shapley algorithm works by optimally pairing people with partners they most prefer and ensuring that, in a large, even pool of single people, everyone can be matched.
Among other things, the current surface fleet needs reconnaissance assets with longer endurance; communications links that better support timely targeting of threats; procedures to optimally pair weapons with targets in a distributed environment; missiles with greater over-the-horizon range; and "deceptors" that can confuse adversaries as to Navy intentions.
Recently, an analytical procedure to optimally design paired drip laterals on uniform slopes was proposed.
The objective of this study was to extend the analytical procedure to optimally design paired sloped drip laterals to the case in which the shape of the field is concave or convex.
From the large sample of concordant-low twin pairs, a selection was made to optimally match the concordant-high twin pairs by sex and age that resulted in a final concordant-low sample of 41 twin pairs.
This is considerably less deviation than previously found in the nearly universally conserved genes of prokaryotes estimated across the whole tree of life (0.76 log units; Snir et al. [2012]) and is comparable to the deviation that was previously obtained for selected, optimally spaced pairs of genomes (0.41 log units; Wolf et al. [2013]).
In other words, to obtain an estimate of a relative evolution rate of a gene within a 10% error, it is necessary to analyze distance data from 20 to 25 optimally spaced pairs of genomes or from edges of a tree containing 12 14 leaves.
From these paired trajectories we estimated the rotation, translation and time shift that optimally align the average trajectory of the protein of interest to the average trajectory of Abp1.
To model local views at wireless nodes, we consider the scenario in which each source-destination (S-D) pair has enough information to perform optimally when other pairs do not interfere.
In particular, we consider the scenario in which each source-destination pair has only enough information to perform optimally when other pairs do not interfere.
