Right: leading eigenvector components (normalized so that the components sum to 1) as a function of voltage.
For j with (W^_{j}>0), the vector (1−δ)W∗+δe j will have non-negative components summing to unity even for negative δ that are small enough in absolute value.
It is to note that the limit behavior of the trajectories of the dissipative q.s.o. on finite-dimensional simplex (the set of vectors with non-negative components summing up to 1) was fully classified in [20].
It is worth noting that in all of the types of models, regardless of different distribution assumptions for the residuals, the coefficients for the ARCH and GARCH components sum to more than 1.
For each accession, we obtained estimates of the five ancestral components (sum up to 1) for each SNP.
Thus in groups with absolute skew these fitness components sum up to the expected fitness gain of an individual: [ d + (1 - d)· r]·2· E skew.
The contributions of the four ancestral populations to an individual's genome can be represented using a 4D vector whose components sum to 1.
π j is a vector that denotes the ancestry proportions (contributions from all populations) for individual j, and its components sum to 1.
"Something from nothing" effects should occur even when individual toxicants are present at doses below effect thresholds, provided sufficiently large numbers of components sum up to a suitably high total-effect dose.
Thus, combination effects should also result from agents present at or even below effect thresholds, provided sufficiently large numbers of components sum up to a sufficiently high total effect dose.
