Sentence examples for latency way from inspiring English sources

"With the new framework, we want to bring to the developer community a modern, bandwidth and CPU efficient, low latency way to create massively distributed systems that span data centers, as well as power mobile apps, real-time communications, IoT devices and APIs".

Along with researchers from Carnegie Mellon, Disney's laboratory wing has discovered a low-latency way to process RFID signals, making it possible to use the tags to turn cheap objects into simple wireless interactive controls that don't require battery power.

The notifications features as part of this release are primarily designed for mobile app developers who send simultaneous push notifications in a low-latency way with the ability to handle localization, multiple platform devices, and user personalization.

In the water maze tests, the mean escape latency (two-way repeated measures ANOVA), swimming speed (two-way repeated measures ANOVA), and preference for the P quadrant (one-way ANOVA) were recorded and analyzed.

We detected no differences among wild-type cohorts for UR latency (one-way ANOVA, p = 0.5, F 4,64) = 0.92) or velocity (one-way ANOVA, p = 0.4, F 4,64) = 1.08).> -wrap-foot> asecondcond measure of sensory processing, on the first training day we observed robust eyelid opening in response to the light CS within 100 ms of CS onset (Table 1, 'Eyelid opening').

On the basis of the same dichotomy, the representation which expressed the reaction time tR according to the inverse of the slope 1/α yielded the corresponding psychophysical latencies by way of the equations (figure 5D): tRC = 1.110+154.24/α (r412 = 0.942; p<0.001) and tRA = 0.247+221.22/α (r452 = 0.974; p<0.001).

With regard to the distal latency, two-way ANOVA showed that the effects of nerve crush and exendin-4 administration were affected significantly (P < 0.01).

There was a significant main effect of the factor age on both escape latencies (two-way repeated measures ANOVA, F (2,80) = 3.982; p = 0.022) and the path lengths (two-way repeated measures ANOVA F 2,80) = 4.278; p = 0.017), whereas swimming speed was not significantly affected by the age of the animals (two-way repeated measures ANOVA F (2,80) = 2.550; p = 0.084).

In the contralateral SPL, there were significant differences in the CSD amplitudes among the 3 latencies [one-way repeated measures ANOVA; F 2, 24) = 4.911, P < 0.05].

In the ipsilateral SPL, there were significant differences in the CSD amplitudes among the three latencies [one-way repeated measures ANOVA; F 2, 24) = 30.62, P < 0.01].

We also found a significant main effect of genotype for escape latencies (two-way repeated measures ANOVA, F (2,80) = 4.905; p = 0.010) and a trend for a significant difference for path lengths (two-way repeated measures ANOVA F 2,80) = 3.027; p = 0.054).