#$%^&*AU2020101287A420200820.pdf#####ABSTRACT The present disclosure provides a method and a device for constructing an educational cyber-physical space fusion learning environment, in which the method includes the following steps. A plurality of spaces in the educational cyber-physical space fusion learning environment and learning environment construction parameters of each of the spaces are predefined. A semantic network model of each of the spaces is constructed. Learning subject-related events and learning environment-related events are collected, and a data fusion model of a cyber-physical space semantic level consistency for learning subjects is constructed. An integrated embodied model based on learning scenarios is constructed. The learning environment construction parameters for the learning subjects are set according to the integrated embodied model. Therefore, the disclosure can dynamically customize an educational cyber-physical space fusion learning environment for the learning subjects. 12553799_1 (GHMatters) P113901.AU1/4 Predefine educational and learning spatial scenarios Construct a semantic network model of educational learning context space Perform multi-spatial data fusion with consistent semantic level Customize a space integrated embodied model Customize a multi-spatial learning environment FIG1 - Social space Resource space Network space Inside school In class Self-study in library Lecture-basedlearning in classroom Afterclass Training outside school Asynchronous classroom outside school Outside school FIG 2
展开▼