Design of Selective Hierarchical Cognitive Heart Wired Artificial Network
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Artificial Intelligence Technology is playing an important role as the core engine of the future society. For building such a core engine, a highly efficient, structured and intelligent mechanism should be designed. As one of these directions, we proposed Hierarchical Cognitive Heart Wired Artificial Network which has Learning, Perception, Reasoning, Extraction and Selection function in a hierarchical frame. Especially in this system, emotional factors are designed to be combined with knowledge in the knowledge network. In the experiments, the proposed system was applied to event scheduling problem, the effects of emotional factors in the Emotion-Knowledge linkage structure were investigated. and the working phase of the functions is simulated. As a result, it shows that the effects of emotional factor on Decision making was traced.
Abstract
Artificial Intelligence Technology is playing an important role as the core engine of the future society. For building such a core engine, a highly efficient, structured and intelligent mechanism should be designed. As one of these directions, we proposed Hierarchical Cognitive Heart Wired Artificial Network which has Learning, Perception, Reasoning, Extraction and Selection function in a hierarchical frame. Especially in this system, emotional factors are designed to be combined with knowledge in the knowledge network. In the experiments, the proposed system was applied to event scheduling problem, the effects of emotional factors in the Emotion-Knowledge linkage structure were investigated. and the working phase of the functions is simulated. As a result, it shows that the effects of emotional factor on Decision making was traced.
참고문헌 (15)
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