The deep drawing parameters such as punch temperature, punch speed and die curvature radius have been optimized to maximize the limit drawing radio of the composite sheets at temperatures ranging from 150 °C to 230 °C.
Theorem 2 holds for any regularization coefficient ξ, but the parameter can also be selected to maximize the limiting value θ of the SINRs.
We can also identify the values of s1 and s2 that maximize the limiting variance, considering all s1, s2 ∈ [0, 1].
Hence, we treat w 0,…,w J−1 as design parameters that should be selected to maximize the performance; for example, by maximizing the limiting value of the SINRs, as was done in Theorem 3 for RZF precoding.
Initial exposure concentrations were chosen so that organisms would not be strongly affected by toxic effects, while still being close enough to toxic levels to be meaningful for toxicity modeling purposes and maximizing the limit of quantification for internal concentrations of parent compounds and biotransformation products (see Text SI-3, Supporting Information, for more details).
The search of fiber orientations of the composite cylinders that maximize the stability limits is investigated.
We then derive one 7-stage, third-order scheme and one 8-stage, fourth-order scheme that maximize the stability limit.
Specifically, the objective of locating the facilities is to maximize the lower limit of future earnings based on a stated confidence level.
Describing precisely the Internet of At Least Four Things can help businesses and consumers maximize the benefits and limit the downside of this emerging sensor revolution.
To this end, the present work proposes an iterative method to maximize the knowledge about these limits while trying to minimize the required number of evaluations of each performance function.
