By combining these two steps, the CT synthesis error is decreased, on average, by 30%.
By applying these two steps to each configuration of proposed hybrid system, optimal configuration among all cases, which can meet the maximum match between demand and supplies, is obtained.
In the following we start by detailing these two steps: In the first step G(p x, y) can be computed through the two following sub functions: G T (p x, y) = min p x -b x : b = (b x, y), G B (p x, y) = min b x -p x : b = (b x, y) with ∀0 ≤ b x ≤ n.
By separating these two steps, CNVassoc offers significant advances in terms of analytical flexibility and computational speed.
By coupling these two steps in a single strain, use of MW005 will enable the more rapid recombineering-mediated production of recombinant clones in the yield and quality necessary for many downstream purposes.
By these two step conversions, the HMF degradation pathway joins the furfural degradation pathway at the final step of furoic acid formation.
Then the medoids are re-calculated for the new clusters, and the process repeats by alternative application of these two steps until convergence is obtained, that is the points no longer switch clusters (or alternatively medoids are no longer changed).
Distal eQTL are called by integrating the results from these two steps.
Based on the results from these two steps, by means of a focus group nurses will identify possible strategies to the problem.
The difference of these two algorithms lies in their algorithmic structures: Algorithm 4 first determines the update event with equal probability and then updates the event according to its rate, while Algorithm 5 combines these two steps by making the determination of the next update event directly dependent on their rates.
