| 英文摘要 |
Museum operational data are critical indicators for assessing overall conditions and operational efficacy, providing essential foundations for strategic planning, guiding future development directions, and improvement measures. This study integrates the increasingly popular generative AI to develop a customized data insight platform for museums, aimed at enhancing the efficiency and accuracy of operational data management. It addresses the cumbersome data collection and processing steps in traditional operational reporting and reduces the time cost of manual analysis. By incorporating a Large Language Model (LLM) API, the platform promptly delivers data insights and predictive analyses, aiding managers in making data-driven decisions, including adjustments to operational strategies, visitor flow, and layout planning, and serves as a reference for evaluating and developing new operational plans. The platform conducts in-depth analyses of multi-dimensional operational data during three key periods: the full year, summer, and winter holidays, encompassing revenue, visitor numbers, and ticket types, to thoroughly understand operational performance and its trends. Field interviews were conducted to compare conditions before and after platform implementation, revealing significant improvements in labor costs and precision of insights. The study also explores challenges and limitations faced during platform deployment and use, offering concrete suggestions for future improvements and aspects worthy of further research. |