The ability of IMM neurons to respond to multiple modalities of sensory information is consistent with previous findings [18], [19] and the projection of afferents from visual (optic tectum, arcopallium intermedium, nidopallium and the Wulst) and auditory (Field L) regions of the brain to the IMM [25].
In the multiple modality reliability assessment portion of the study, participants completed all three questionnaire modalities in one day.
From studying such instructional interactions, we have observed that humans excel at communicating information through multiple modalities, including visual, linguistic, and physical ones.
Every hot spot was classified as metastasis or not, based on information from multiple modalities including X-ray computed tomography (CT), magnetic resonance imaging, positron emission computed tomography, and serial bone scan follow-up studies.
Technological advances enabling investigators to leverage information from multiple modalities are increasingly accessible, and as such, will further efforts to generate testable hypotheses about specific mechanisms implicated in emotion regulation and difficulties therein.
Here we present a framework for combining information from multiple modalities to more accurately decode user intent for a prosthetic device.
This reiterates the emphasis on dissemination of information through multiple modalities.
Taken together, these results suggest that information from multiple modalities is necessary to activate these social neural networks.
Whereas SET offers explanations for many aspects of time perception and distortion, it remains unclear how duration information from multiple modalities is integrated to allow a crossmodal estimation of event durations.
Despite the limitations of EF as a means of assessing RV function, it remains a popular technique due to conceptual simplicity and the availability of multiple modalities that can provide complementary information.
