This study shows that the analysis of multiple factors is crucial for the inference of the processes shaping the distribution of genetic variation throughout species ranges.
Interestingly, the negative correlation and enhanced functional connectivity between the precuneus and the vMPFC were observed during the inference of the reasoning process associated with human agents but not with computers, providing further evidence for the unique neurocognitive strategies involved during coping with HI.
The comparison between neurocognitive mechanisms engaged in the inference of the reasoning processes of human agents and computers helped to highlight domain-specific neurocognitive processes related to inference of human mental processes.
Interestingly, this pattern was not observed during the inference of the reasoning processes conducted by computers.
Thus we were particularly interested in variations of activity in the precuneus and vMPFC in association with the inference of the reasoning processes in HI and AI.
Eight numerical examples (including the inference of the hyper-parameters of Gaussian processes, widely used in machine learning for signal processing applications) illustrate the efficiency of sticky schemes, both as stand-alone methods to sample from complicated one-dimensional pdfs and within Gibbs samplers in order to draw from multi-dimensional target distributions.
The inferences of biological process, molecular function and cellular component categorizations based on predicted gene products, however, distinguish the two species.
The annotation results were further fine-tuned with (1) the Annex function in order to augment the annotation through the inference of biological process and cellular component terms from molecular function annotations [ 85] and with (2) the generic GO slim reduction to summarize the functional information of the transcriptome dataset.
The inference of key molecular evolutionary processes from DNA and protein sequences.
Half of the subjects were randomly assigned with human agent and the other half was assigned to the computerized agent, so as to reveal the neural substrates differentiating the inference of reasoning processes conducted by human agents and computers.
Relative to deductive reasoning based on the first-person perspective, the inference of reasoning processes conducted by human agents was associated with increased activity in the precuneus but decreased activity in vMPFC.
