The development of network has brought subject information construction unprecedented challenges and opportunities in higher education institutions. Web3.0 is a recently proposed concept of Internet-based service. This paper introduces the ideas of Web3.0 to subject information integration. By analyzing the current subject information resources and subject information integration approaches in higher education institutions, a design of subject information integration system is brought forward in this paper. This design can give an efficient reference to subject information integration in the context ofWeb3.0.
Online social networks (OSNs) are becoming an important propagation platform for Word of mouth (WOM). Therefore, it is of great significance to study the propagation of WOM in OSNs. A WOM propagation model named N-P-N is proposed in this paper, and some simulation experiments are carried out to investigate the mechanism of WOM propagation. From the sensitivity analysis of degree of initial information source node, it can be seen that the degree of initial information source node determines the scope and speed of the propagation of WOM in OSNs in some extent. Then the sensitivity analysis of number of initial information source nodes shows that the initial source nodes are crucial for controlling the propagation of negative information in OSNs. Moreover, from the user behavior respect, it is found that different user behavior in OSNs causes different propagation results, the more users who are willing to diffuse WOM, the more scope WOM can propagate and the faster the information diffuses. Findings in this paper are helpful for enterprises to form an effective WOM.
This paper attempted to study the cultural characteristics and intelligent inheritance of Chinese Xiangjin brocade. Qualitative data was collected by in-depth interview method, and more than 1000 pieces of Xiangjin brocade of Suzhou Archives in China were measured for analyzing artistic features of their pattern design, color matching skills, and weaving technology, the study of which illustrated artistic features of modern Xiangjin brocade in detail and provides an important reference for its cultural and weaving inheritance. In addition, the artificial intelligence (AI) and the inheritance of Xiangjin art characteristics are integrated, the traditional handicrafts and digital art are docked, and the corresponding digital art protection mode is selected according to the characteristics of traditional handicrafts. The intelligent inheritance of cultural heritage not only changes the way of inheriting the artistic characteristics of Xiangjin, but also changes people’s general cognition of the cultural characteristics of Xiangjin. As a result, the integrity, authenticity, reliability, and comprehensiveness of the technological process of Xiangjin can be inherited, the patterns of Xiangjin can be preserved and applied, and the craft culture of Xiangjin can be inherited, protected, and developed.
In order to explore the traditional and superb craftsmanship as well as unique characteristics of artistic expression in ancient China, in this paper Zhuanghua silk fabric was selected as the research object, and the research methods of expert interview, cultural relic investigation, field investigation and others were adopted. The craft, pattern, colour and other artistic characteristics of Zhuanghua silk fabric were analysed and studied. First of all, the historical background and classification of Zhuanghua silk fabric are introduced, focusing on a comparison with other processes such as Chinese Silk Tapestry, Secondly, taking Zhuanghua Satin as an example, the technological process of Zhuanghua Satin is analysed in detail. Based on this, the artistic characteristics of Zhuanghua silk fabric are analysed from a micro perspective. The problem of vagueness with regard to the skills and artistic features of traditional Zhuanghua silk fabric was solved in the study, and an important reference for modern innovative practice is put forward so as to inherit and carry forward the technique of Zhuanghua silk fabric.
Online social networks (OSNs) are becoming an important propagation platform for Word of mouth (WOM). Therefore, it is of great significance to study the propagation of WOM in OSNs. A WOM propagation model named N-P-N is proposed in this paper, and some simulation experiments are carried out to investigate the mechanism of WOM propagation. From the sensitivity analysis of degree of initial information source node, it can be seen that the degree of initial information source node determines the scope and speed of the propagation of WOM in OSNs in some extent. Then the sensitivity analysis of number of initial information source nodes shows that the initial source nodes are crucial for controlling the propagation of negative information in OSNs. Moreover, from the user behavior respect, it is found that different user behavior in OSNs causes different propagation results, the more users who are willing to diffuse WOM, the more scope WOM can propagate and the faster the information diffuses. Findings in this paper are helpful for enterprises to form an effective WOM
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