Data deduplication (redundancy elimination) Cluster-level data deduplication is a key requirement to comply with service-level agreements (SLAs) for privacy preserving in cloud environments.
We believe that the elimination of cluster munitions from our stockpiles would put the lives of our soldiers and those of our coalition partners at risk.
The low retention of initial clusters is likely due in large part to the elimination of clusters of size 1, 2 and 3, along with protein sequences too short to satisfy the minimum length criterion.
Our results provide strong evidence for the evolution of Bm from a single ancestral Bp strain whose genome eroded through IS-mediated elimination of clusters of genes.
These results indicate a cascade-driven process of microstructure evolution under irradiation in these alloys that involves both the formation of TEM-visible defect clusters by various degrees of cascade overlap and cascade induced defect cluster elimination.
The new method allows the identification and elimination of the cluster pixels, and has proven to have a superior performance in terms of PSNR, MSSIM, and perceptual image quality.
In addition, statistical learning is accelerated and performance accuracy is enhanced by combining recursive cluster elimination (RCE) algorithm with the SVM classifier.
Owing to the superiority of wrapper methods over filtering methods, we adopt recursive cluster elimination (RCE) [9] for feature selection since it is faster than RFE and also considers feature clusters rather than individual features [9].
Thus, the simplest hypothesis is that elimination of excess clusters reflects the depletion of polarity factors from losing clusters as they are acquired by a competing cluster.
Although such clusters can be subsequently broken into smaller sets of overlapping contigs (see Methods), we plan to avoid this problem in the future by developing algorithms for identification of such "hybrid" reads and their elimination from the clustering procedure.
Our data argue against this hypothesis: we found that several polarity clusters could recruit actin cables (as judged by delivery of vesicles) in both wild-type and rdi1Δ mutant cells, but this did not prevent elimination of most clusters.
