Our review shows that over the past several decades many risk or protective factors have been studied in relation to cognitive impairment, dementia (including AD) and cognitive decline.
Opportunistic spectrum access (OSA) in multicarrier networks where the channel occupancy follows a Markovian evolution has already been studied in the framework of cognitive radio (CR) in[5, 6], for example.
The role of dopamine receptor D2 gene (DRD2) has been studied in conjunction with several cognitive processes, including intelligence [2], [28], [35], [37], [38], learning from errors [39], and creativity in humans [2].
Even though contextual information processing has been studied in a variety of cognitive domains and brain areas, a comprehensive functional view of the brain circuits that mediate contextual processing and modulation remain lacking.
Several machine learning techniques have been studied in the literature to realize cognitive functionalities in the general context of cognitive radio.
The ways of forming the competing student teams have been studied in relation to sociometry and cognitive styles.
Several non-pharmacological treatments have been studied in GD, such as behavioural, cognitive, and psychoanalytic therapy.
In recent years, the emotions have been studied in various fields such as cognitive science, psychology, behavioral science and human computer interaction.
The classification accuracy of the Portland digit recognition test (PDRT) in detecting cognitive malingering was studied in patients claiming cognitive deficits due to exposure to environmental or industrial toxins.
In rare instances association of CNVs with miRNA expression was studied in subject with cognitive delay.
