Sentence examples for allowing redundancy from inspiring English sources

The green blocks represent the volumes allocated to two SPEQS-2 payloads, allowing redundancy or two design variants of SPEQS to be tested.

During the last three decades, the theory of frames, which generalize the notion of bases by allowing redundancy yet still providing a reconstruction formula, has been growing rapidly, since several new applications such as nonlinear sparse approximation (e.g., image compression), coarse quantization, data transmission with erasures, and wireless communication, have been developed [1 7].

Gene duplication provides another strategy, allowing redundancy followed by evolution to new functions.

Chemokine receptors may be specific for one ligand or they may bind several chemokines [ 15], thus allowing redundancy of the system.

Allowing redundancy could skew the results because of highly characterized pathways.

Combining the information from all classifiers may be better than subset selection where some base classifiers are pruned before combination, because using all allows redundancy.

All of the correctly aligned regions that allowed redundancy, except for cases where a frame shift and early stop codon were detected, were compared as independent query sequences to the gene models predicted by ISGAP and six-frame translation.

Although President Kim has changed the labour laws to allow redundancies, neither the government nor the conglomerates seem keen to put the new legislation to use.

Each motif model was linked to a transcription factor gene, allowing for redundancies in the motif databases; multiple TFs were allowed to be paired with the same motif, and many TFs were represented by multiple motif models.

However, not all biological networks are strictly hierarchical, and many networks exhibit both a hierarchical structure and loops that ostensibly allow for redundancy in the face of disturbance or perturbations, where redundancy is defined simply as the existence of multiple flow paths.

Miniaturization can not only save orders of magnitude in mass and volume of individual components, but it can also allow increased redundancy, and enable novel spacecraft designs and mission scenarios.