Sentence examples for implement a classical from inspiring English sources

All devices were characterized as optical refractometers in the RI range of interest for a bio-sensing application (from 1.33 to 1.34) and, after a suitable bio-functionalisation process, one of them was used to implement a classical receptor-analyte biosensor.

However, a connectionist network can implement a classical Turing machine architecture (see, e.g., Fodor and McLaughlin 1990; Chalmers 1993).

Chalmers (1993) points out that Fodor and Pylyshyn's argument proves too much, for it entails that all neural nets, even those that implement a classical architecture, do not exhibit systematicity.

This group may be seen as more or less accepting the cogency of the entire argument, and characterizes itself as implementationalist: they hold that connectionist networks will implement a classical architecture or language of thought.

Cognition, 28, 3 71] argue that connectionist models are not able to display systematicity other than by implementing a classical symbol system.

They argue that systematicity and productivity fail in connectionist models, except when the connectionist model implements a classical model.

The third algorithm implements a classical hysteresis scheme, where a reoptimization is only applied if the throughput is improved by a configurable amount.

Many, if not most, of the adherents of classical computation, for example proponents of CTM, think that the brain is an associative network, one which implements a classical computational program.

Marcus (1998, 2001), following Pinker and Prince (1988), uses the term 'eliminative connectionism' to designate those classes of connectionist models that aim to explain cognitive phenomena without implementing a classical architecture.

Some adherents of CTM do deny that the brain runs an associative network (see, e.g., Gallistel and King 2009, who appear to deny that there is any scientific level of explanation that association is intimately involved in), but they do so on separate empirical grounds and not because of any logical inconsistency with an associative brain implementing a classical mind.

4), we explain the details of our simple bioplausible Difference of Gaussian (DoG) model, implementing a classical receptive field (CRF) of simple cells in the retina/cortex, in which their scales are tuned to the object size, ending with experimental results.