Vectorization Methods of HCI Situations Based on Cognitive Frame
Yang Ting Shen · 2013
In learning observational point of view,human-computer interaction is learning imaging system that is composed of cognitive body-coupled situations-information manifold,and a platform for observing the learning process,cognitive structure.The brain cognitive body is the carrier of high-dimensional cognitive manifold.Coupled situation is a locally metric of the cognitive manifold.The information manifold is the cognitive activity of low-dimensional projection space.Learning observation is the cognitive activity of the high-dimensional projection,mapped to low-dimensional manifold.It is about learning situations vector,metric frame,manifold structure study.This paper builds situational content,cognitive operation,mathematical logic,and the COM cognitive frame based on cognitive science,educational psychology.The design cognitive symbol sequence is based on symbolic dynamics thinking.Collection cognitive symbol sequence is based on COM cognitive frame on the human-computer interaction scenarios.Cognitive topological space reconstruction cognitive symbol sequence obtains cognition topology information.It is a cognitive structure mapping method that manmachine learning context is a vector-based cognitive frame,which provides new technology tools for teaching design,diagnosis,wisdom service