Sentence examples for threshold domain from inspiring English sources

A "threshold domain size" is defined accordingly, so that differences among model results with different domain sizes larger than the threshold domain size are negligible.

Considering the complex dependence of the threshold domain size on various hurricane parameters, a polar graphic chart is created for estimating the threshold domain size for possible hurricane landfall directions and RMWs.

The threshold domain size is shown to be insensitive to hurricane intensities, but increases linearly with increasing hurricane RMWs.

Model results indicate that the threshold domain size estimated from the idealized experiments is reasonable for practical applications.

The threshold domain size can also be affected by other factors such as the direction of the storm track of a landfalling hurricane and the extent of continental shelf.

Despite that these probes are arranged in sparser genomic neighbourhoods on the 450K array, we still see them modestly enriched as constituents of DMRcate-derived DMRs for part of the significance threshold domain (Additional file 1: Figure S3a,c).

The root cause of the sub-surface leakage current is mainly due to the nano-scale short channel length causing source drain coupling even in sub-threshold domain.

This paper proposes an overview of some critical aspects of fatigue crack propagation in metallic materials mainly concentrated on the near-threshold domain.

His self-imposed constraints are that such things should have the same weight, volume and power consumption as their natural neurological equivalents, as well as behaving in as naturalistic a way as possible.Part of this naturalistic approach is that the transistors in his systems often operate in what is known technically as the "sub-threshold domain".

That allows them to interact with real biological circuits, such as those of the ear in the case of a cochlear implant, and to process natural signals, such as human speech or gestures, efficiently.Dr Indiveri is currently developing, using the sub-threshold-domain principle, neuromorphic chips that have hundreds of artificial neurons and thousands of synapses between those neurons.

Using sub-threshold domains is thus a good way of mimicking action potentials, and doing so with little consumption of power again like a real biological system.Dr Indiveri's devices also run at the same speed as biological circuits (a few tens or hundreds of hertz, rather than the hyperactive gigahertz speeds of computer processors).