The objective function is to minimize the weighted sum of the active power generation adjustments and load shedding, which is solved by a genetic algorithm.
The concept works when the sum of the active and passive pumping head is higher than the total system pressure losses and when the temperature at the inner side of the first wall does not override the superheating limit of the coolant.
The first term in the objective function F fch represents the sum of the active power in each station, to make sure that the electric energy generated by DGs can be consumed spatially by PEVs as much as possible; the second term represents the average charging cost of each PEV.
At the first time step t1 the prior probabilities of the active hypotheses at each level are set to their current activation values normalized by the sum of the activations of all other active hypotheses at the same level.
In other words, none of the HNCs is able to 'survive' the strong competition and to become fully active; as a result, the total network response to a pseudoword, consisting of the sum of the activities produced by the partially active HNCs, remains (on average) below the total response to a word (which generates a full HNC activation in spite of the strong FI).
Furthermore, the effect of each combination of two or more active treatments (eg, roflumilast plus LABA plus LAMA), was expressed as a sum of the relevant active component effects, d Roflumilast, d LABA, d LAMA, and d ICS, for a particular intervention k.
Furthermore, the heightened INV activity observed with CH-CD suggests favourable synergy between the C and D regions of Y21 because this chimaera is significantly more active than the sum of the activities from CH-C and CH-D.
The principle of Kane's equation is that the sum of the generalized active force and the generalized inertia force equals to zero: F_{l} + F_{l}^ = 0,,,l,,l = 1,2, ldots,2N, (9 where F l is the generalized active force and (F_{l}^) is the generalized inertia force.
The sum of the different active ingredients in IOP lowering therapy at the end of the study was 1.55 ± 1.39.
It was found that the most appropriate near-field acoustic error sensing strategy for the active control of harmonic free-field sound radiation is minimizing the sum of the weighted mean active intensity in the direction normal to the surface surrounding all the primary and control sources.
The optimal parameters are obtained to maximize the sum of the passive and active loss coefficients of the ACLD treatments.
