This research presents a syntax for construction of a semantic-rich environment while extending historical knowledge and spatial expression to the existing cultural heritage information system. Based on the test results, the role of the information structure in the spatial expression of its combination with content, as well as the possibility of diversification of sequence derivation, were considered. The model and reasoning rules were tested by applying them to real architectural heritage cases. The model has inference rules for creating an experience sequence and composes various combinations of experience content based on historical knowledge relationships. The information structure of the model was improved to enable spatial-oriented explanation of the expression of architectural heritage, which was insufficient in the existing metadata and ontology structures. Specifically, it deals with the problem of content curation and the limitations of the information system, which can be seen in the spatial-experience composition methods in the current digital heritage field. The present research, titled “the spatial-experience model of architectural heritage,” derived a methodology for construction of spatial experiences augmented by digital technology. Many cases repeatedly provide the same content regardless of the experience in a specific location. The cultural heritage experiences currently implemented show simple forms in terms of their content and delivery method. Experiencers can expand their experiences through virtual content while feeling the presence of relics or historic sites. Augmented space can be usefully applied to cultural heritage experience, because it is possible to experience physical space and acquire information at the same time.

James julier art