Sentence examples for memory model has from inspiring English sources

For that reason, in the IFATIS platform, the distributed shared memory model has been introduced to decouple the control application design from the issues of the hardware implementation.

In this context, studies investigating Baddeley's [ 2] working memory model have shown empirical evidence indicating that individual differences in the ability to control attention influence other cognitive functioning.

While working memory models have mostly concentrated on bistable persistent activation, some efforts have also addressed the issue of cue- or response-coupled patterns of activity that steadily increase and decrease during delay periods.

This work has three main objectives: a) to point out that associative memory models have the possibility to act as expert systems in medical diagnosis; b) to show in a simple and straightforward way how to instruct a minimal expert system with associative memories; and c) to encourage the implementation of this methodology at large scale by medical groups.

In the human-computer interaction literature, Altmann and Trafton's (2002) Memory for Goals model has been a useful framework for understanding and predicting the effects of interruption.

The considered MP model has a memory depth and nonlinearity order of 3 and 5, respectively.

When the Gauss-Markov model has strong memory, i.e; τ=1, the vehicle speed at time slot t is exactly same as its previous speed, which is equivalent to a fluid-flow model.

This means that the model has no memory, which is not an ideal situation when considered from a medical perspective (Drummond et al, 1997).

However, in contrast to the real neuron the model has no memory, and thus produces many more spikes per burst than the real neuron.

Additionally, the dynamic model references data from the previous year in estimating benefits for a given year whereas the static model has no memory of population health data in the previous year.

In spite of the recent progress in the development of constitutive theory for shape-memory alloys (SMAs), no micromechanical model has been developed to calculate the stress strain behavior of a SMA polycrystal from the behavior of its constituent grains.