Sentence examples for maximal strategy from inspiring English sources

Using the Archimedes Model, a simulation study compared health outcomes with eight different diabetes screening strategies, starting at age 30 years every 3 years; at age 45 years every 1, 3, and 5 years; at age 60 years every 3 years, at the time of hypertension diagnosis, just once, or every five visits; or, the maximal strategy, beginning at age 30 years and then repeating every 6 months.

Therefore, the matching strategy coincides with the maximizing strategy, which indeed earns the globally maximal average reward (red triangle) unless the choice behavior is trapped by a local stationary point.

The current model structure provides a maximal coverage strategy that allows decision makers to target and prioritize several areas for protection or development and to set specific strategies in the face of changing ecological, social, or economic processes.

The maximal recruitment strategy (MRS) is considered an efficient maneuver to reverse nonaerated lung in ARDS patients.

The third RM considered in this paper is the maximal recruitment strategy (MRS), which was evaluated via patient trials in [ 6, 22].

The goal of maximal recruitment strategy (MRS) guided by thoracic CT scan is to minimize alveolar collapse and tidal recruitment (TR).

Recruitment maneuvers and PEEP titration sufficient to avoid collapse and tidal recruitment are the major goals of the maximal recruitment strategy (MRS).

Recruitment maneuvers and PEEP titration sufficient to avoid collapse and tidal recruitment in the lung are the major goals of the maximal recruitment strategy (MRS) guided by computed tomography (CT).

In fact, whereas the maximal recruitment strategy produced a trend towards lower mortality in patients with severe ARDS, it led to the opposite trend in patients with predominantly mild ARDS (PaO2/FiO2 >181 mmHg) [ 3].

Three recruitment maneuvers (sustained inflation (SI), maximal recruitment strategy (MRS) followed by a titrated PEEP, and prolonged recruitment maneuver (PRM)) were implemented and evaluated for a range of different pressure settings.

The study conducted here could be used as a framework to decide which of the two maximal matching strategies (maximal assortative matching or maximal dissortative matching) would be relatively more effective/optimal (with respect to the proximity of the assortative index to the targeted optimal value) for a real-world network graph and accordingly the particular matching strategy could be applied.