Sentence examples for concurrent multiplication from inspiring English sources

Since the neural network processing can be performed in parallel, there is usually a requirement for designs with as many concurrent multiplication circuits as possible.

In the current study, we investigated the influence of concurrent articulation on multiplication fact knowledge without active production of multiplication results.

The present study set out to further narrow down the processing stage at which the impairment of multiplication under concurrent articulation may have occurred.

We reasoned that an interaction of the multiplicativity benefit and concurrent articulation indicating relative slowing of multiplicatively related triplets would index an at least partially verbal/phonological nature of the storage of multiplication facts in long-term memory.

The present study was set up to disambiguate the important finding that multiplication is impaired by concurrent articulation [ 10] and to further specify the origin of this impairment.

However, because the authors used an active production task, it remained unclear whether concurrent articulation impaired either access to multiplication facts or their retrieval.

As the current study aimed at investigating the influence of concurrent articulation on the retrieval of multiplication facts, only data for the correctly bisected triplets were analysed for specific effects of concurrent articulation on the processing of multiplicative triplets.

This result indicates that concurrent articulation modulates access to phonologically stored multiplication facts and corroborates the notion of multiplication facts being represented in an at least partially verbal code.

In summary, we hypothesized that when multiplicativity interacts with concurrent articulation (being either reduced or eliminated) this would indicate at least partial verbal storage of multiplication facts in long-term memory.

On the one hand, we were able to replicate the concurrent articulation effects reported by Lee and Kang [ 10] in a multiplication task using a comparable non-word string for suppression as employed by Lee and Kang [ 10].

This feature is very useful in some applications, such as DCME (Digital Circuit Multiplication Equipment) and PCME (Packet Circuit Multiplication Equipment), in overload situations (too many concurrent active channels), "in-band" signaling, or "in-band" data transmission [9].