Sentence examples for efficiently adapt to from inspiring English sources

The provisioning of multimedia applications requires wireless networks to optimally allocate radio resource and efficiently adapt to dynamically changing wireless environment.

Our proposed method, named ShaFEM, combines two mining strategies and applies the most appropriate one to each data subset of the database to efficiently adapt to the data characteristics and run fast on both sparse and dense databases.

Unlike hard-coded communication protocols that fulfill a specific need, mobile software agents can be deployed to deal with a range of tasks and can be designed to efficiently adapt to diverse circumstances.

The growing heterogeneity and dynamic nature of the networks, terminals, and usage environments has boosted the need for powerful scalable video coding engines able to efficiently adapt to changing consumption conditions.

Findings of studies investigating HIF-1α expression in CTCs and functional studies on DTCs from the bone marrow of patients with breast, lung, or prostate cancer indicate that many CTCs and DTCs display a hypoxia-associated phenotype, and can efficiently adapt to hypoxic conditions111,112.

Moreover, these techniques cannot efficiently adapt to the dynamic wireless environment [9, 10].

A page-based Lazy Release consistency protocol called Adaptive DSM (ADSM) that constantly and efficiently adapts to the application's sharing patterns is introduced in [11].

However, the diverse array of host niches encountered by S. aureus suggests that the pathogen efficiently adapts to changing environments to survive and establish successful infections.

Because the processing of information in the human visual system is efficiently adapted to viewing natural scenes [20] [23], it has been argued that artists use 1/f2 characteristics in their artworks because these properties confer inherent aesthetic value [24] or are a corollary of aesthetic features in artworks [9].

The most striking aspect of the immunobiology of CMV is the dimension of the cellular response elicited by the host where the virus efficiently adapts to its immune system.

Since it is known that some metabolic genes are essential for intracellular replication [ 52, 53] and that Salmonella's niche in the host has limited nutrient potential, the pathogen appears to have efficiently adapted to minimize its metabolic capacity in order to survive and grow in the phagosome.