However, the storage of individual words is not sufficient for language acquisition.
Specific expectations were based on findings with nonimpaired readers showing that the left OT cortex is engaged by lexical route processes (i.e., storage of orthographic word representations and use of such representations for whole-word recognition), but even more so by sublexical route processes [39], [43].
Thus, we have decided to employ SQL database server architecture for storage of both word and phoneme indexes in order to ensure fast system response (as the SQL access algorithms are well optimized for speed).
The left middle temporal gyrus has been associated with the storage of phonological word forms (Hagoort et al. 1999).
The ease of accurate phonological word reading in regular orthographies is of theoretical importance as it raises doubts that poor orthographic learning (i.e., reduced storage of letter strings for words or larger segments) is secondary to difficulty with accurate phonological reading.
However, that was due to the fact that the Shield is a fairly powerful gaming machine, with a 8-core 64-bit CPU and massive GPU, and offers a model with 500 GB of storage – in other words, clearly capable of running Plex's media server software.
My particular review unit was quite zippy with a 1.8GHz Intel Centrino Core 2 Duo processor, 1GB of RAM, Mobile Intel Graphics Media Accelerator X3100 graphics, and 141GB of storage (in other words, that's what's left of its 5,400rpm, 160GB HDD).
The amount of information generated by web services is sometimes very large (e.g., a 12-genomic dictionary D12(G) could have up to 412 ≈ 16 millions of words) and the storage of this information in databases could require quite a lot of time and specific database setting.
This activity involved the temporary storage of the sentence while the words were being counted.
To hear a sequence of words and repeat them requires sensory-motor processing and something more temporary storage.
