Second, we move on to a proof-of-concept example on how generative models of functional imaging data from a cognitive task enable the identification of subgroups of patients mapping on different levels of negative symptoms.
This flexibility task enables the testing of cognitive switching between tasks.
We did this using simulations of the asocial and social learning process for each task, enabling us to assess type 1 error rate and statistical power, and compare the performance of the method to other candidate techniques.
Moreover, the congruency task enables the collection of repeated, 'online' measurements during manipulations of self-consciousness: this has not previously been done in studies of partial or global bodily self-consciousness.
The Stroop task indexes both lexical and executive control abilities within one task, enabling the investigation of these factors in bilingualism.
Task: enabling queries such as 'retrieve all cell line data that is derived from epithelial tissue and are associated with cancer'.
Hence, we examined task switching and error processing with the same task, enabling us to control for differences in experimental design typically associated with the different tasks used to study these processes.
