Sentence examples for technology for performing from inspiring English sources

Current technology for performing CDA is not flexible, limiting the use of CDA to quiet times (night).

All-Optical XOR Logic is a key technology for performing a set of operations in optical time division multiplexing (OTDM) multi-access network.

An all-optical reconfigurable logic operation essentially constitutes a key technology for performing various processing tasks with ultrafast signal-processing technologies.

In addition to the Cowan Lab's platform technology, which is exclusively licensed to Sana within the field of therapeutics, the license agreement grants Sana nonexclusive access to Harvard technology for performing high-efficiency, ex vivogenome editing.

On the other hand, the primitive available technology for performing label processing poses several constraints on the label structures; this in turn significantly impacts the traffic engineering aspects of such a network.

SNP arrays have many advantages over more conventional methods of cancer genome analysis in terms of efficiency, precision and minimal DNA requirements, and may well become the dominant technology for performing genome-wide tumor cell LOH and copy number measurements.

The development of in vitro transposition techniques allowed transposon-based mutagenesis to be focused on single genes and led to the development of technologies for performing protein structure-function analyses.

Wireless sensor network (WSN) is one of the most compelling technologies for performing various tasks such as disaster recovery [1], environmental monitoring [2], remote surveillance [3], non-destructive testing of structures [4], military communication [5], and industrial automation [6].

Similarly, technologies for performing haplotype-resolved genome sequencing are proliferating and maturing, with steady improvements in the length and accuracy of the resulting haplotype blocks.

Another advantage of SNPs is the wide array of currently available technologies for performing multiplex assays that can range from genotyping a few SNPs at a time to over 1 million SNPs in parallel [ 6].

The abundance of SNPs in the genome, coupled with the diversity of technologies for performing multiplex assays that can range from genotyping single SNPs at a time to over one million in parallel [ 12], make them a powerful tool for genetic mapping and marker assisted breeding.