Sentence examples for provide adaptability from inspiring English sources

In a heterogeneous network, users try to access the same multimedia resource through different communication links; consequently, in a compressed bitstream, scalability has to be ensured to provide adaptability to various channel characteristics.

As a dynamic system, it contributes to the transmission and integration of somatosensory, vestibular, and visual information to the central nervous system, in order to provide adaptability to the environment [8, 31, 56].

Gastrulation is a key transition in embryogenesis; it requires self-organized cellular coordination, which has to be both robust to allow efficient development and plastic to provide adaptability.

It is reasonable to assume that the larger chromosomes have generally evolved from smaller ones (except for reductive evolution in parasites) by acquiring extra genes necessary for more complex structures (through differentiation) and contingency functions (e.g., secondary metabolism) that provide adaptability and a competition edge.

A feature of the proposed system is its model adaptation loop that provides adaptability to different sound environments.

This method is based on a biological evolution model and provides adaptability under various patterns of traffic fluctuation and traffic growth.

The generic design of this architecture allows the replacement of modules with other similar ones, thus providing adaptability with respect to the environment and so on.

The term W ij −r i in Eq. (6) also provides adaptability and helps the clustering to converge because it gives more say to the SPNs with the similarity value farther away from the reference similarity r in determining the class label for the SPN in question.

The evolution of Bm from a Bp ancestor was a result of IS-mediated gene loss and genomic recombination that resulted after genes that provided adaptability to variable environments were no longer under selection in a host.

Moreover, a bit like the internet, the signal transduction systems of cells appear to have no true master controllers, presumably giving them greater robustness against various forms of assault and also providing adaptability to new environmental challenges that may not be as feasible or effective with more hierarchical networks.

Interchangeable grippers with carefully designed geometries provide better adaptability on oddly shaped objects.