Optimization of the Personalized Service System of University Library Based on Internet of Things Technology

Abstract

In library applications, radio frequency indentification (RFID) technology, sensors, and wireless transmission networks have been applied to various services such as self-service checkout and return systems, electronic reader cards, intelligent bookshelves, intelligent monitoring of library premises, augmented reality (AR) interactive picture books, physical corridors, and seat reservations; in regional library alliances, real crossregional and cross-system alliance cooperation through IoT technology is also becoming increasingly important. Continuous information resource sharing is an important means to maximize the effectiveness of library information resources and meet the information needs of various users. The development of IoT technology opens new ideas and methods for information resource sharing in regional library alliances, effectively expanding the scope of information resource sharing and improving the efficiency of information resource sharing. This paper briefly presents the relationship, architecture, and key technologies of IoT technology and the definition, characteristics, and types of regional library consortium and content. Analysis of the characteristics and principles of regional library consortium information resource sharing is in the context of IoT and the corresponding studies on information sharing between regional library consortia at home and abroad. We also propose strategies to establish a specialized agency for information resource sharing, establish a sound investment mechanism for information resource sharing, ensure the security of information resource sharing of the regional library consortium, and increase the publicity and training capacity of information resource sharing of the regional library consortium.

Smart Academic Libraries Possibilities Through the Application of the Internet of Things

“…Technologies such as the IoT may thus be used to create an academic library infrastructure of components and services that are intelligent, interconnected, and efficient. However, Zhuang (2021) warns that irrespective of technology evolution and usage, library principles must always be considered in terms of people oriented, reading-centred, and service-oriented focus. For Yu et al (2019) it is therefore important that academic libraries use technologies related to RFID, the IoT, image and speech recognition, and other AI technologies to offer a holistic composition of services.…”

“…Hoy (2015) states that protocol standards are imperative to ensure full interoperability between objects linked to the internet. The Zigbee Alliance has for example produced a set of standards for the creation of WSNs (Cooper & James 2009), whilst standardisation of machine-to-machine communications (M2M) has secured the establishment of technical standards for interoperability related to architecture, security, and machine-to-machine reading (Mehmood, Ahmad, Yaqoob, Adnane, Imran, & Guizani 2017;Zhuang 2021). Of particular importance to offer smart library services and resources, is the IP.…”

“…Edge computing is required to link all objects with RFID tags with spyware to protect devices from security attacks. Fog computing comprises software defined networking controlling clusters, stored on application servers, where data is processed (Zhuang 2021). This level of security provides a low latency, high-quality service, to detect and limit attempts to access objects that are not available via the internet.…”

Construction of a Smart Library Subject Precise Service Platform Based on User Needs

“…It can be shown that the larger the fit value is, the greater the likelihood that the matching meal position will be selected in the future. As a result, the meal location is determined by a game of roulette, and a new candidate solution v i is formed for the selected individual by utilizing equation (6). If the fitness value of v i is better than x i , then it is replaced, otherwise it remains unchanged.…”

“…In today's world, university intelligent libraries are still in their infancy and development stages; the infrastructure has not been fully developed, the number of intelligent devices, the types of intelligent services, and the level of intelligence have all been developed but are still in their infancy and development stages, and the level of intelligence has not yet reached a significant level. University libraries should pay particular attention to the creation of wisdom libraries, optimize and improve the administration and services provided by wisdom libraries, and provide users with a wise, accurate, and human-centered wisdom service and environment that is individualized and ubiquitous [1][2][3][4][5][6].…”