Sentence examples for content of representations from inspiring English sources

Although visual search theories rest on the notion that working memory representations (i.e., attentional template) guide search15, studies have only very recently started investigating the content of representations during visual search via multivariate analyses24,32.

The content of representations in abstract thought might then, it might be proposed, be derived from their role in perception.

That is, it does not seem to be a necessary condition on the nonconceptual content of representations in general that they be insulated from the propositional attitudes; at least in the case of personal level representations this necessity condition fails.

This same analysis of our power of representation also claims to establish the distinction between the form and content of representations, the necessity of both receptivity and spontaneity on the part of the power of representation, the necessary multiplicity of sensations, and the unknowability of things in themselves.

In humans, whilst functional imaging has shown that fronto-parietal areas are activated by a range of different cognitive demands, the actual content of representation remains unclear.

Hutto (2013) argues that action-oriented accounts of representation cannot offer a viable notion of causally relevant content because "the contents of representations do not make a causal difference, only formal or vehicular properties do;" when one assumes computationalism, then the only causally relevant factors are forms of symbols in computers, irrelevant of their semantics.

In particular, it is proposed that the posterior brain regions play a general role in maintaining the actual contents of representations, as the delay-period activity is correlated with the numbers of objects held in WM (Todd & Marois, 2004; Vogel & Machizawa, 2004).

These schemas have a cognitive and an emotional representation and the content of these representations forms illness perception.

Content analysis assumes that the structure and content of internal representations is critical to understanding problem solving behavior.

In summary, neurofeedback training using MEG-based BMI provides a novel method to directly change the information content of motor representations by induced plasticity in the sensorimotor cortex.

We also describe how information maps in multiple class situations can provide information concerning the content of neural representations.