Sentence examples for gain of dynamic from inspiring English sources
On top of the advantages of persistent scheduling, the proposed scheme adaptively share the resources of two VoIP users to get early-termination gain of dynamic scheduler.
For instance, the listening-before-transmitting spectrum access is proposed, which can maximize the spectrum efficiency through optimizing sensing time [9]; both [10] and [11] assumed that each SU had a fixed transmission power, which ignored the potential gain of dynamic resource optimization.
With a time horizon of 15 generations, the long-term genetic gain of dynamic weighting can be guaranteed to be at least as high as that of unweighted genomic prediction, whereas Jannink's weighting cannot.
The intellectual property/antitrust interface requires a careful and flexible balance between the acceptable effects of proprietary rights on static efficiency, and the anticipated welfare gains of dynamic efficiency.
Analytical studies confirm the promising performance gains of dynamic TDD.
They find modest to moderate gains of brief dynamic therapy for a variety of patients, but also conclude that these findings should be interpreted with caution because of limited data.
The potential insight gained by incorporation of dynamic assessments of protein C reinforces the plausibility of why DrotAA is efficacious in severe sepsis.
We theoretically investigate the optimal design of optically gain-clamped (GC) L-band (1570 1610 nm) erbium-doped fiber amplifier (EDFA), in order to achieve constant gain with minimum gain variation in the presence of dynamic input power variation or add/drop of optical channels, in terms of single- and multiple-channel schemes.
Assisting researchers in gaining a deeper understanding of dynamic biological processes, the new cellSens imaging software (version 1.12) ensures the most efficient use of valuable time-lapse experiments and the latest microscopy hardware.
This is the only way to fully understand the context of each user and gain a dynamic understanding of his characteristics and needs.
In the present study, we demonstrate the use of dynamic logarithmic gains, i.e., normalized time-varying sensitivities, to gain insights into the dynamic behavior of metabolic networks.
