Sentence examples for enables processing from inspiring English sources

Electrochemical etching enables processing with an atomic-level accuracy, without deteriorating the physical properties of the workpiece; however, contamination of its surface with electrolytes is unavoidable.

The resulting high-performance sparse inverse covariance matrix estimation algorithm enables processing high-dimensional data with arbitrary underlying structures at a scale that was previously intractable, e.g., 1.28 million dimensions (over 800 billion parameters) in under 21 minutes on 24,576 cores of a Cray XC30.

The modified method enables processing (from homogenization until final extracts for both GC and LC) of 30 samples per eight hours per person.

The use of the generalized logarithm, g log ⁡ (x ) ≡ log ⁡ (1 2 (x + x 2 + c ) ), for data transformation is advantageous in two respects: Firstly, it enables processing negative arguments which may appear due to data scattering and, secondly, it "stabilizes" the variance at small values of x provided that the transformation parameter c > 0 is properly chosen [ 32, 33].

We implemented a system that enables processing of full resolution images, and proposes a new algorithm for segmenting the nuclei under adequate control of the expert user.

This elastic creation of EMR clusters enables processing of the buckets with minimal queuing time.

Technologies that enable processing of metal engineering materials such as selective laser melting have become particularly important.

In addition, the simple principle and high computational efficiency of NSPI will enable processing large volumes of SLC-off ETM+ data.

One of the most effective approaches is based on using cryptographic tools that enable processing encrypted data.

The main idea in this research line is to provide only the encrypted power consumption to the utility provider and enable processing the encrypted data without decrypting any sensitive information.

Deep sequencing relying on next-generation sequencing machines appears to be another promising quantitative technology for miRNAs profiling, because it provides high-throughput sequencing enabling processing up to millions of sequence reads in parallel simultaneous with high speed [ 108].