Abstract
With the continuous development of Internet technology, the era of big data has come. The traditional library resource sharing which still at the mode of information island is unable to maximize the use of resources. In order to solve this problem, this study designed a library information resources co-construction and sharing system based on Squid reverse proxy technology. After the system was completed, the login function, user opening function and resource sharing function were tested. Functions of the system were basically normal, but some small details affected users’ experience. Therefore, it is necessary to optimize the system code before putting it into use. Moreover in the aspect of resource sharing, the system realized the login of the same user information into different library databases, and users can search same resources in different libraries.
Highlights
Since the 21st century, the Internet technology has been constantly maturing, and the network information age is coming, which leads to the explosive growth of information resources
The role of the Internet is to promote the interaction of information resources, and the role of libraries is to promote the sharing and interaction of information resources; the traditional library was at a mode of “information island” (Schneider et al 2018), i.e., the geographical scope of sharing and interaction is limited, which wastes a lot of idle resources
Li and Yang: Design and Implementation of Information Resource Co-Construction and Sharing System in Electronic Library co-construction and sharing system was designed based on Squid reverse proxy technology, and the login function, user opening function, announcement publishing function and message reply function of the system were tested
Summary
Since the 21st century, the Internet technology has been constantly maturing, and the network information age is coming, which leads to the explosive growth of information resources. Because of the combination of Internet technology, electronic libraries have the characteristics of the Internet, breaks through geographical constraints, and achieves efficient, rapid and accurate resource sharing (Pan et al 2017). Users need to enter different electronic libraries when they want to query more complete and accurate resources. The electronic library system using cloud computing technology manages different databases in a unified way, shields the formats of different databases, and constructs a unified retrieval entry, which makes the user’s query work more efficient. Li and Yang: Design and Implementation of Information Resource Co-Construction and Sharing System in Electronic Library co-construction and sharing system was designed based on Squid reverse proxy technology, and the login function, user opening function, announcement publishing function and message reply function of the system were tested
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