Sentence examples for maximization the power from inspiring English sources

With the objective of capacity maximization, the power optimization of D2D sub-system is considered, taking into account quality of service (QoS) requirement.

Maximization of the power capture is evaluated by the aerodynamic and electrical efficiency which is defined in the (58) and (59).

1) Maximization of the power capture is evaluated by the aerodynamic and electrical efficiency which is defined in the (58) and (59).

Selection is conjunctly finalized with α-metric minimization and β-metric maximization before the power control management resulting in EIRP adjustment by the way of β-metric refinements.

Maximization of the power density ratio of the transducer was achieved using a Multidisciplinary Design Feasible method accounting for several design variables and subjected to operational and physical constraints.

As a result, it became clear that the given framework may help the development of new renewable energy sources, but it does not give the necessary threshold to start new projects, neither does it incentive the maximization of the power production for this specific biomass resource.

This function combines the maximization of the power (( {text{MAX}}left| {dot{W}} right| )), the minimization of the heat expanses (( { hbox{min} }dot{Q}_{text{HS0}} )), the minimization of the rejected heat flow rate (( { hbox{min} }left| {dot{Q}_{text{LS0}} } right| )) and the minimization of the rate of entropy production (( { hbox{min} }dot{S}_{0} )).

On the basis of the previous section, the problem of secrecy capacity maximization under the power constraint can be expressed as begin{aligned} &max_{mathbf{w}}~left{C_{d}(M -C_{e}(M -C_{e} &M rights.t.}~|{mathbf{w}}|^{2}le P_{t} end{aligned} (7).

Two approaches aim at increasing the thermoelectric efficiency: the maximization of the power factor and the minimization of the thermal conductivity.

The cardinal network hypotheses proposed by B. Patten have been expanded (published in this issue of Ecological Modelling) and it has been shown that both the maximization of power (the flows of useful work energy) and the maximization of the storage of usable work energy including that of information in ecosystems' networks are valid and complementary.

The research described had the following two objectives: (i) the maximization of power capacity; (ii) the minimization of electrical losses.