Cognitive Topology Mapping based on HumanComputer Interaction

Abstract

The system point of view, the human-computer interaction (HCI) structure is composed of cognitive body coupling situation information manifold cognitive digital system. HCI process coupled interaction between brain cognition and brain outside the information system, the formation of cognitive coupled states. The Outside brain cognition point of view, the situations of HCI is the point of the link between the brain cognition and brain outside information manifold, the cognitive been induced brain outside the cognitive digital manifold. The Outside brain cognitive information measuring point of view, BSM is a brain cognitive observation, mapping, research platform. The cognitive topology layer is system kernel. We tried to use the coupling cognitive research framework in a word memory. Assuming the brain state of English word to the existence of complex networks, explore the network activity model of word. The coupling method is based on BSM online research of models, acquisition of cognitive symbol sequence data of learning word; The formation of the word topology base on word classification specification, definition of the word linear metric space, form the basis and platform on Complex word network of static structure and dynamic growth. Preliminary results of this study confirmed that Cognitive coupling is feasible way to Brain imaging of cognitive information.