Sentence examples for implementing coherence from inspiring English sources

The 'non-coherent dual-source implementing coherence' way is applied in the THz LFMCW radar system.

As many-core embedded systems are evolving from single-memory based designs to systems-on-a-chip running on an on-chip network, implementing a cache coherence mechanism in large-scale many-core embedded systems turns out to be a technical challenge.

It can be achieved implementing coding schemes that span code words over several coherence time intervals of the fading channel (valid for applications with no strict delay constraints).

Moreover, we assume that the coherence time of each link is sufficiently long for implementing the RA.

We verify our design by analyzing memory requirements of different cache organizations and implementing our design on a popular simulator Graphite to evaluate cache coherence traffic improvement.

In this paper, we first assume that the coherence time of each link is sufficiently long for implementing the RA in the central controller, which has perfect knowledge of the system channel state information.

This paper introduces hybrid address spaces as a fundamental design methodology for implementing scalable runtime systems on many-core architectures without hardware support for cache coherence.

Implementing the SCI communication protocol in hierarchical COMA systems reduces latencies and its cache coherence protocol will reduce directory sizes.

The reasons highlighted for this include lack of policy coherence, lack of enforcement and accountability mechanisms, and a lack of financing for implementing the policies.

In such a context, setting up and implementing health user fee exemptions in Burkina Faso, Mali and Niger was beset by major problems, lack of coherence and bottlenecks that affect public policy-making and implementation in these countries.

Temporal coherence may be implemented by neurons that show strong sensitivity to temporal coherence across distant frequency channels, or by neurons that act as multiplexers and are more selective to particular combinations of inputs (Elhilali et al., 2009a; Shamma et al., 2011).