Sentence examples for limited synchronization from inspiring English sources

Existing parallel streaming protocols have limited synchronization mechanisms for multiple streams, and they are prone to be slowed down significantly if one stream experiences significant packet loss.

In this case, although master processors only work for scheduling and somehow reduce scalability, the degree of the reduction of scalability is limited according to the ratio of masters to slaves, as well as the workload balance with limited synchronization costs.

This setting provides two benefits: low duty-cycling due to limited synchronization requirements between nodes and low end-to-end delay due to the limited number of hops in the routes.

At the same time, however, tonotopy limits synchronization to finite spatial ranges owing to the increasingly divergent frequencies of more distant oscillators.

In this context, we propose simple approaches to take advantage of NUMA architectures, and original optimizations to limit thread synchronization costs.

In Scenario 3, the scale of CA is larger and many more processors are used, the three-layered dynamic scheduling is preferred, because it guarantees workload balancing and limits the synchronization penalties within an acceptable amount.

Our contribution is to address this large-scale massive parallel computing problem of CA, apply the hierarchical task scheduling, which efficiently limits the synchronization penalty along with the dynamic task scheduling strategy, and introduce the method to N − 2 large-scale contingency analysis with robust scalability.

The data also revealed another important factor limiting excessive synchronization within the two nuclei.

The effective operating envelope of this design is limited due to synchronization caused by cross coupling.

Thus, in practice, the number of distributed antennas may need to be limited to avoid synchronization and pilot overhead associated with obtaining multiple CFOs and TOs.

In other words, the experiments in Figure 3 are meant to examine whether the observed fast kinetics of albumin transport might be limited to the synchronization conditions or they are observed also at steady state.