The phrase "associative basis" is correct and usable in written English.
It can be used in contexts related to mathematics, computer science, or psychology, where the concept of association or relationships between elements is discussed.
Example: "In the study of cognitive psychology, researchers often explore the associative basis of memory retrieval."
Alternatives: "associative framework" or "associative structure".
The associative basis of the creative process.
This suggestion is bolstered by the observation in the current paper that SoA is indeed likely to have an associative basis.
Furthermore, given the hypothesised role of disrupted prediction error signalling in the genesis of schizophrenia, our observation that SoA has an associative basis, and which in turn may be linked to dopamine function, is also relevant to understanding impaired SoA associated with that disorder (see Section 4.2).
In the development of DL nothing seems to hinge on the associativity of the base system: it would seem entirely feasible, in other words, to develop DL as an extension of a non-associative basis, allowing for the representation of constituent-structure information.
Multimodal integration in granule cells as a basis for associative plasticity and sensory prediction in a cerebellum-like circuit.
In the constructive phase, he supplies an alternative: the associative principles are their basis.
However, mastery of positive and negative patterning problems per se can be explained on the basis of associative mechanisms.
Now, Iwashita has obtained new insights into the molecular basis of associative learning by studying how the activity of the prefrontal cortex is affected by the activity of a second region of the brain.
Residual activation of nodes in the associative network serve as the basis for priming effects.
Our lab attempts to meet this challenge by investigating the neural basis of human associative learning and belief formation, relating these processes to the formation of delusional beliefs.
I analyze whether these behaviors, which appear particularly complex, can be explained on the basis of elemental associative learning and specific neural circuitries or, by contrast, require an explanatory level that goes beyond simple associative links.
