Sentence examples for information processing implemented from inspiring English sources
This observation has spawned interest in finding a common underlying principle, a 'goal function', of information processing implemented in this structure.
All methods of information processing are implemented by developers each time.
Although structural neural networks do not provide functional connections directly, they have rich clues about how information processing is implemented in the brain.
We consider microorganisms as individual information processing units implementing a distributed metabolic algorithm and describe developments in ecoinformatics and ubiquitous computing with the potential to eliminate bottlenecks and empower knowledge creation and translation.
Figure 1 shows the overall processing implemented by the tool.
These collections of network data and associated metadata, analyzed using tools from graph theory and classification theory, can be merged with classical systems theory, giving a more completely parameterized view of how biologic information processing systems are implemented in retina and brain.
Organisms demonstrate that it is possible to implement information processing in a radically different way from what we have available in present technology, and that there are clear advantages from the perspective of power consumption, integration density, and real-time processing of ambiguous data.
With the imposition of time constraints, participants accelerate information processing in order to implement a preferred strategy.
Owing to the advantages of thesolid-state of SQDs and integrated circuits of these nanostructures, the complex systemis a promising candidate to implement the quantum information processing.
In another example b) quality improvements as well as c) better information processing are also key factors for implementing such systems [ 3].
A versatile control of magnetic systems, widely used to store information, can also enable manipulating Majorana bounds states (MBS) and implementing fault-tolerant quantum information processing.
