Sentence examples for information processing structures from inspiring English sources

Systems whose information processing structures are fully programmed are difficult to design for all but the simplest applications.

Real-world environments call for systems that are able to modify their behavior by changing their information processing structures.

Working assumption 2: Organizations serve (among other things) as information processing structures (Galbraith 1974); examples include the Roman Catholic church, an army, or a fast food franchiser such as McDonald's.

The presentation advocates for application of the neuroscientific model of the human brain and nervous systems in its core and fundamental sense to model the world city network as information processing structure and the supercenter or a globally dispersed brain of the overal world's economy with the cities interpreted as neurons.

The field is based on the principles of evolutionary biology and cognitive science, and holds that the information-processing structures of the human mind can be understood as computational mechanisms designed by the process of evolution by natural selection.

Because of the proven ability of artificial neural networks (ANNs) to recognize complex relationships between input and output variables, as well as its adaptive and parallel information-processing structure, an ANN has been designed based on the various process parameters which influence wear of the liners.

A unified and coherent account emerges of how complexity theory can probe the information-processing structure of grammars, discovering why a grammar is easy or difficult to process and suggesting where to look for additional grammatical constraints.

The concept of a company as a culture-processing vs. information-processing structure applies neatly to Uber.

By affecting pre- and post-synaptic aspects of glutamatergic transmission, the observed reductions in dysbindin-1 isoforms in the HF of schizophrenia cases could disrupt information processing in that structure and thus impair its cognitive functions.

The Rationality Quotient explains the components of rational thought assessed by the CART, including probabilistic and scientific reasoning; the avoidance of "miserly" information processing; and the knowledge structures needed for rational thinking.

In addition, they share an architectural feature related to complex information processing: substantially sized loop structures.