Sentence examples for context transfer from inspiring English sources

Using a simple scanpath for context transfer requires 1 clock cycle per flipflop for each context transfer.

Moreover, buffering-and-forwarding is the most commonly used context transfer scheme for eliminating packet losses.

In order to accelerate the context transfer, we explore the possibility of using multiple parallel scanpaths.

This figure reveal the contribution of the OLLAF architecture in terms of context transfer overhead reduction.

But in a knowledge creation/knowledge building context transfer could work both ways.

We first review existing context transfer schemes, coupling approaches, TCP-specific handover problems, and IEEE 802.21 MIH framework.

We will thus study the temporal cost of context transfers for a whole sequence of each application case.

Using a double plane scanpath, the context transfers can be hidden, the cost of those transfers is then always 1 clock cycle.

The hardware supervisor can initiate context transfers, from and to the hidden plane, by writing in CMU's and HCM's registers through this control bus.

These schemes perform full EAP-AKA authentication twice, context transfers (intra-ESS HH) four times, and inter-ESS HH in an intra-domain twice.

Preemption overhead can be due to context transfers (two transfers: one from the previously running task to save it is context and one to the next task to restore it is context), configuration transfers (to configure the next task) and eventually context's data extraction (if the context's data are spreaded among other data as in the XIL solution).