Design and implementation of a semantic-encoded multidimensional cultural gene archive system for Guangxi ethnic villages

With the gradual digitalization of the cultural heritage of ethnic minority villages in Guangxi, there is an urgent need to build an efficient and centralized cultural data management system. To this end, this paper proposes a data integration scheme for cultural gene banks that combines semantic encoding and multi-dimensional hierarchical structure. The design of this system covers data flow planning, functional module design and operation testing. Through analysis, the system demonstrates efficient processing capabilities, good scalability and wide application adaptability, providing strong technical support for the digital management and preservation of ethnic cultures in Guangxi. Its architecture adopts distributed data storage and cloud computing technologies, which can efficiently handle large-scale cultural data, ensure the long-term accessibility and real-time data retrieval of cultural heritage, and further promote the protection and research of regional intangible cultural heritage.