Group 1 - The core idea of the article emphasizes the integration of culture and technology, particularly through the use of artificial intelligence (AI) to enhance the study and accessibility of oracle bone script, a significant aspect of Chinese cultural heritage [1][14][19] - The launch of the world's first oracle bone AI, "Yin Qi Xing Zhi," in Anyang, provides researchers with efficient tools for intelligent recognition, comparison, and retrieval of oracle bone characters, making ancient knowledge more accessible to the public [1][14] - The AI system is connected to the largest multimodal oracle bone dataset, which includes 1.43 million oracle bone character data, 15,000 pieces of multimodal data, and 3,000 research papers, facilitating significant advancements in oracle bone research [7][9] Group 2 - The AI technology significantly improves the speed of character recognition and comparison, achieving a speed of 1:10,000 in just a few hours, compared to days required by human experts [5] - The challenges of oracle bone research, such as recognition, comparison, and sharing, are being addressed through advanced algorithms integrated into the AI system, allowing users to upload images for quick recognition and literature tracing [9][11] - The digitalization of oracle bones is part of a broader initiative that has successfully digitized 1,525 pieces of oracle bones, including 950 from overseas, enhancing the preservation and public engagement with ancient Chinese culture [18] Group 3 - The article highlights the potential of AI in protecting intangible cultural heritage, suggesting that AI's multimodal capabilities can aid in the preservation and innovation of rare cultural forms [19][20] - The "14th Five-Year Plan" emphasizes the role of technology in cultural heritage work, advocating for the integration of AI and other advanced technologies in cultural preservation and dissemination [20][21] - Open-source culture in AI development is seen as beneficial for the global dissemination of Chinese culture, allowing researchers and students to utilize cutting-edge technology at low costs [21]

Core Insights - The launch of the AI entity "Yin Qixingzhi," specifically designed for oracle bone script research, marks a significant advancement in the field of ancient Chinese writing [1][2]. Group 1: AI Development and Features - The AI entity offers a "dual-end service" for both experts and the public, providing tools for intelligent recognition, comparison, and retrieval of oracle bone script [2]. - Users can upload images of oracle bone inscriptions, and the AI will perform tasks such as text recognition, interpretation queries, literature tracing, and digital reproduction [2]. Group 2: Data and Research Achievements - The project has established the world's largest multimodal dataset of oracle bone script, comprising 1.43 million character data, 15,000 multimodal images, and 3,000 research papers [2]. - The "Digital Oracle Bone Co-creation Plan" has successfully digitized 1,525 oracle bones, with 950 of these being returned from overseas [5]. Group 3: Collaborative Research Environment - The research environment has evolved to integrate interdisciplinary collaboration between oracle bone scholars and computer scientists, fostering a new model of cooperative research [5].