Sentence examples for extensive parallel from inspiring English sources

The FT of BNNs is thought to rely on extensive parallel interconnections, distributed information storage and processing, and self-learning and self-organizing characteristics.

Previously, it was believed that due to their extensive parallel nature, these areas in the lung represented the silent zone with negligible resistive contributions to the total lung resistance.

A principal feature of the extensive parallel processing capability of the architecture developed is that the computing time of state estimator analysis is independent of the number of nodes in a power network for which analysis is carried out.

Fortunately, such extensive parallel sequencing is easily achievable using current technologies.

In the case of P. gossypiella screening, extensive parallel bioassay evidence indicated that cadherin alleles linked to resistance were rare or absent in P. gossypiella populations screened by PCR [69].

Additionally, the data includes extensive parallel commentary from a cohort of specialists, nurses and other staff.

The extensive parallels in structure, content, and wording of Matthew, Mark, and Luke make it even possible to arrange them side by side so that corresponding sections can be seen in parallel columns.

Tio noted that a third book, Pembalasan Dendam Hati, had extensive parallels with a work by Xavier de Montépin translated as De Wraak van de Koddebeier.

Interestingly, Gericke and Hagberg (2007) compared historical models and students' ideas about genetics and found extensive parallels between students' alternative understanding of genetics and the frameworks of different historical models.

Acts of both victimization and bullying [ 1– 3] are found and have extensive parallels: each consists of negative actions that occur repeatedly and over a longer period of time, carried out by one or more individuals, with the intention of inflicting harm either by direct (verbal/physical attacks) or indirect action (exclusion from the group).

A census of SCD-containing proteins in yeast has revealed a wide network of proteins involved in cytokinesis, mRNA processing, protein transport, mating type switching and endocytosis suggesting that Tel1/Mec1 roles in yeast are broader than previously recognized and contain extensive parallels to pathways and targets under control of ATM/ATR in mammalian cells.