Sentence examples for computational relations from inspiring English sources

In recent decades, logic has also become a central branch of computer science, due, in part, to interesting computational relations in logical systems, and, in part, to the close connection between formal deductive argumentation and reasoning (see the entries on recursive functions, computability and complexity, and philosophy of computer science).

According to CTM, cognitive states are constituted by computational relations to mental representations of various kinds, and cognitive processes are sequences of such states.

Furthermore, as pointed out by Fodor (1987), LOTH would vindicate the common sense view of propositional attitudes if they turn out to be computational relations to Mentalese sentences.

(Some realists, such as Fodor, also hold that commonsense psychology will be vindicated by cognitive science, given that propositional attitudes can be construed as computational relations to mental representations).

This sentence in turn might serve as input to the person's decision-making system, where, one may suppose, there exists the desire that his lawn not be overgrown i.e., a state involving a certain computational relation to an electronic token of the sentence "My lawn should not be overgrown".

They are ruled out by an appropriate reading of (A1) and (B1): (A1) says that the person herself must stand in an appropriate computational relation to a Mentalese sentence, which, as per (B1), has a suitable syntax and semantics.

Functional theories (Block 1986, Harman 1973), hold that the content of a mental representation is determined, at least in part, by its (causal, computational, inferential) relations to other mental representations.

Using of different fidelity computational models and relations between them in the multidisciplinary design system is considered.

One might seek to explain how a given feature of consciousness is caused or realized by underlying neural processes, biological structures, physical mechanisms, functional or teleofunctional relations, computational organization, or even by nonconscious mental states.

The problem with this is the increase in the computational complexity in relation to the previous equation.

The fluid dynamic simulations on the computer solve the flow field, the pressure field and the temperature of the entire computational domain in relation to the given boundary conditions.