Sentence examples for limited latency from inspiring English sources

Fifth generation (5G) technical requirements turned toward end-to-end capacity increase with limited latency and constant network power consumption involve dedicated research topics.

In space telecommanding, it is always of fundamental importance to ensure the integrity of very short emergency commands, with a very low data rate and limited latency.

Still, it is worth highlighting that the capability for an average Thing to serve around 30 streams of two measurements per second with a limited latency (< 500 ms) is, in absolute terms, suitable for most of the envisioned IoT/WoT scenarios [2].

Compared with fixed networks, wireless networks have limited bandwidth, latency due to network congestion, and connectivity.

These conditions call for detector systems designed to meet the extreme requirements in terms of rate capability, momentum and spatial resolution, and a novel DAQ and trigger concept which is not limited by latency but by throughput.

In order to solve the issue of mixing two sender-driven techniques (both causing a delay) whose direct composition causes an increase of the global latency, we propose a double stream scheme which limits the latency to the maximum delay of both techniques.

Another way to limit the latency, is the number of slots that a frame is split into.

As expected, increasing does indeed improve performance significantly as shown in Figure 4. Limiting detector latency while preserving performance of long observation time is possible by trading U against (  MHz).

However, in the case of the log management service or medical image processing (cf. applications #2 and #3), the different cloud environments are always used (i.e. a static multi-cloud environment), so it is possible to have multiple entry points and then it might be recommended to have a dispatcher in every data center to limit the latency overhead.

Because the speed of the signals, and so too their bandwidth, is limited by the latency distribution of bumps (Fig. 7A), the signals stemming from broader bump latency distributions should be less influenced by the rapidly adapting bump waveforms than those at brighter WN stimulation.

We consider the single-tap equalizer in both structures since it maintains limited the overall latency of the transceiver.