The phrase "cognitive output" is correct and usable in written English.
It is a term used in psychology and refers to the finished product of cognitive processes, such as problem-solving or decision-making. For example, "The cognitive output of the experiment showed that the test subjects were able to select the correct option comfortably."
The subgenual prefrontal cortex modulates the affective output of limbic and paralimbic structures and cognitive output from the prefrontal cortex.
A potential mediating role of the FPCN with respect to the associations of other networks to cognition was suggestive of a central role of the FPCN in how network interactions are linked to cognitive output.
Neuroimaging studies confirm that the COMT ValMet (rs4680) polymorphism affects human prefrontal cortical function, and as such is strongly associated with differences in neural process underlying cognitive output (Dennis et al., 2010; Mier et al., 2009).
This is because neurocognitive networks across the evolutionary tree consist of interconnected clusters of neurons that are simultaneously activated for generating a single or a series of cognitive outputs.
(2005) proposed that while most of the cognitive outputs of emotion studied in humans involve language-based tasks, many could, with appropriate modifications, be studied in animals.
In fact, these two processes have ended up being mutually retroactive: specialized separation has increased the efficiency of cognitive production, ensuring an output better focused on end-users and, therefore, less expensive to attain and deploy.
Tart analyzed a state of consciousness as made up of a number of component processes, including exteroception (sensing the external world); interoception (sensing the body); input-processing (seeing meaning); emotions; memory; time sense; sense of identity; evaluation and cognitive processing; motor output; and interaction with the environment.
3 5 11 25 Telephone nursing is by Greenberg 13describes as a dynamic and goal-oriented process consisting of gathering information, cognitive processing and output.
Most recently, the opportunistic scheduling was used in [28] and [29] to select among secondary users in DF and AF multiple-input multiple-output cognitive relay networks, respectively.
In addition, each EPA's putative functions in the ancestral environment; neurolocalization; neurochemical substrates; elictors; and behavioral, cognitive, or physiological outputs will be displayed, as well as an appended list of past and emerging interdisciplinary studies for updating and revision whenever relevant research and dialogue emerges.
In this paper, a multi-user multiple-input multiple-output cognitive multi-relay network is considered, where the primary network (PN) consists of one transmitter-receiver pair and the secondary network (SN) consists of multiple active source destination pairs and multiple non-regenerative relays.
