Sentence examples for cognitive infrastructure from inspiring English sources
The phrase "cognitive infrastructure" is grammatically correct and can be used in written English
It refers to the underlying structures or systems that support cognitive processes, such as memory, attention, and reasoning. Example: "The development of a child's cognitive infrastructure is crucial for their academic success."
Instead, it focuses on services that provide the rudimentary cognitive infrastructure for our communal existence: social networking, bookmarking, blogging.
But do we want to live in a world where our access to basic goods, and even each other – which is precisely what our common cognitive infrastructure provides – is mediated solely by the market, either in the form of advertising or fees?
These results suggest that, apart from phonological memory, the cognitive skills tested in this study serve as a common cognitive infrastructure in reading orthographies varying in spelling sound transparency.
"The IBM platform-powered cognitive IT infrastructure is designed to predict and identify potential problems, self-learn and self-heal, helping reduce business disruption and strengthen a highly secure IT environment".
" The platform along with these new services, provide companies with artificial intelligence tools that bring together human intelligence and technology-driven insights that create cognitive IT infrastructures," said Karlin.
Fig. 3 Proposed cognitive energy supervision infrastructure.
In particular, a cognitive radio (CR) infrastructure collocated with a licensed network is considered.
An integrated design tool was developed by combining a social cognitive optimisation solver, an infrastructure model and a set of analysis modules to provide the technical design, the evaluation of greenhouse gas emissions and the financial appraisal for the scheme.
Bolivar et al. (2010) present an infrastructure-based cognitive radio network and use frequency-division multiplexing to divide the spectrum into predetermined frequency slots in which SUs communicate.
In response to the immature purely ad hoc CR technology, regulation bodies have already promoted viable infrastructure-based cognitive radio networks (CRNs) assisted by centralized spectrum databases, e.g., [11].
It describes a centralized infrastructure-based cognitive radio network, where dynamic TVWS allocation among unlicensed systems is administrated by a spectrum broker, carrying out radio-resource management and spectrum trading in real time.
