"What is an emotion?", an old riddle is repeatedly being attempted with advance modern tools and understanding of the age. With the new advancements old theories are tested and new ones are formed. Such is the case with theorizing and modeling emotion which is broadly shifting from classical definite marker theory to statistically context situated conceptual theory. However, the role of context processing and its interaction with the affect is still not comprehensively explored and modeled. In this article, we present a 'cognition-affect integrated model of emotion' which includes many cortical and subcortical regions. With the help of  functional networks, neural decoding, and deep learning based multi-voxel pattern analysis (MVPA) of individual cognitive component , we arrived at the conclusion that  core affect is unable to provide varieties of emotions unless coupled with cortical cognitive functions such as autobiographical memory, dmn, self-referential, social, tom and salient event detection.  Our model suggests three testable hypotheses. First, affect and physiological sensations alone are inconsequential in defining or classifying emotions until integrated with the domain-general cognitive systems. Second, cognition and affect modulate each other throughout the generation of meaningful instance  situated in the current context. And, finally, the structural and temporal hierarchy in URLanization and anatomical projections plays an important role in emotion responses in terms of physiological activities and their duration . The model  along with the analytical and anatomical support  is presented. The article concludes with the future research questions.
The focus of the efforts for defining and modelling emotion is broadly shifting from classical definite marker theory to statistically context situated conceptual theory. However, the role of context processing and its interaction with the affect is still not comprehensively explored and modelled. With the help of neural decoding of functional networks, we have decoded cognitive functions for 12 different basic and complex emotion conditions. Using transfer learning in deep neural architecture , we arrived at the conclusion that the core affect is unable to provide varieties of emotions unless coupled with cortical cognitive functions such as autobiographical memory, dmn, self-referential, social, tom and salient event detection. Following our results, in this article, we present a 'cognition-affect integrated model of emotion' which includes many cortical and subcortical regions and their interactions. Our model suggests three testable hypotheses. First, affect and physiological sensations alone are inconsequential in defining or classifying emotions until integrated with the domain-general cognitive systems. Second, cognition and affect modulate each other throughout the generation of meaningful instance which is situated in the current context. And, finally, the structural and temporal hierarchies in the URLanization and anatomical projections play an important role in emotion responses in terms of hierarchical activities and their durations . The model , along with the analytical and anatomical support , is presented. The article concludes with the future research questions.
R
"What is an emotion?", an old riddle is repeatedly being attempted with advance modern tools and understanding of the age. With the new advancements old theories are tested and new ones are formed. Such is the case with theorizing and modeling emotion which
The focus of the efforts for defining and modelling emotion
R
modeled. In this article, we present a 'cognition-affect integrated model of emotion' which includes many cortical and subcortical regions.
modelled.
A
neural decoding of
R
neural decoding, and deep learning based multi-voxel pattern analysis (MVPA) of individual cognitive component
we have decoded cognitive functions for 12 different basic and complex emotion conditions. Using transfer learning in deep neural architecture
A
the
A
Following our results, in this article, we present a 'cognition-affect integrated model of emotion' which includes many cortical and subcortical regions and their interactions.
A
which is
R
hierarchy in
hierarchies in the
R
plays
play
R
physiological
hierarchical
R
duration
durations
A
,
A
,