In [1], the transmission delay of a point-to-point system is minimized by considering causality constraints on both information and energy, i.e., information cannot be delivered before its arrival and energy cannot be consumed before it is harvested.
Cell reconfigurations are minimized by considering all the possible demands in corresponding planning horizon and optimizing the selected performance measures for considered planning horizon and defined planning periods (Niakan et al. 2016; Süer et al. 2010).
This article proposes that this delay can be minimized by considering the fact that forwarding requirement of the nodes is different according to their distance from the sink node.
In the third stage, the distance between the group rank (R^{text{G}}) and each column of the rank matrix is minimized by considering the metrics (l^{1}), (l^{2}), and (l^{infty }) where the DM presents the weights as (v_{1} = 0.4), (v_{2} = 0.4), and (v_{3} = 0.2).
In this study, parametric uncertainty was minimized by considering a family of consistent models instead of a single best-fit but uncertain model.
While we recognize the bias inherent in the self reports of consistent condom use and experience of STI symptoms, the degree of this bias is minimized by considering multiple questions and most recent period.
