As pointed out in Section 5.2.3, visual cortical processing in rats could rely on different (although advanced) computations, as compared to primates, and this has certainly shown to be the case for the processing of collinear patterns (see Section 5.3).
In the case of AF, the processing consists of downsampling the signal to symbol rate.
For example, in the case of the document processing application, an application-level index of all documents can be maintained.
Furthermore, breeding is possible only at low power densities in case of the salt processing efficiencies set in this study.
As already described for the case of the categorical processing aspect, increased demands on cognitive control, (verbal) working memory, interference resolution, etc. should be primarily reflected by the involvement of (pre)frontal cortices in carry addition problems [ 6, 11- 13].
In our case, since the processing of each spectrum is independent of one another, we take advantage of the inherent data parallelism by splitting the input experimental spectra across map tasks.
In the case of nonseparable processing, the upper bound on the output of the s.p.e.d.d
In the case of separable processing of the rows and the columns of an image, the expressions derived in the preceding section can be extended to the 2D case in an easy way.
Since we obtained that k ≪ λ u, it follows that k' ~ 10λ u, i.e. due to the overexpression of CasE, the processing rate becomes for an order of magnitude larger than pre-crRNA decay rate.
Similarly to the case of intercell processing, the considered scheme based on rate splitting is optimal if the conferencing capacity is large enough.
In the case of mechanical processing with vibration, the current of the processed areas was decreased, as shown along A-A' in Figure 4b.
