Al Role in Optimizing Smart Library and Co-Working Space Services for Millennials

In the rapidly growing digital era, information technology has spread to various fields of life, including librarianship. One technology that has great potential to transform libraries is Artificial Intelligence (AI). AI can improve the efficiency, accessibility, and quality of digital library services through process automation, service personalization, and sophisticated data analysis. However, while many libraries have started adopting digital technologies, Al implementation is still at an early stage and faces various challenges that need to be overcome. Digital libraries have become a critical component in supporting research, education, and information access around the world. As the amount of digital data and information increases, libraries are required to manage, store, and provide more efficient and practical access to this information. Al offers potential solutions to these challenges, including metadata management, more accurate information retrieval, and improved user interaction through chatbots and recommendation systems. This research aims to answer several key questions related to the Implementation and Development of the Role of Artificial Intelligence (AI) to optimize Smart Library Service Facilities for the Millennial Generation, namely, How can Al optimize services in libraries? What are the concrete implementations of Al in the Library Information System? How does the use of Al impact the Quality of Library Services? What are the benefits of Al in Digital Preservation? What is the Role of Al in Library Feedback Assessment?. The hypothesis of this research is that the application of Al in digital libraries can increase operational efficiency, improve service quality, and create a more optimized and satisfying user experience. While there has been some research on the role of digital technology in libraries, there are limited case studies that explore the application of AL Previous research has mostly focused on content digitization and the use of conventional library management information systems. This gap indicates a lack of in-depth understanding of how Al can specifically be applied and integrated in digital library systems to achieve optimal benefits. This research aims to explore and analyze the role of Al in the digital transformation of librarianship, as well as identify the challenges and opportunities that exist. In addition, this research will discuss the implementation of Al in library information systems and evaluate its impact on the quality of digital library services. In the literature review section, this research will discuss the definition and basic concepts of Al, the challenges and opportunities of digital transformation in librarianship, and the application of Al in library digital transformation. In the results and discussion section, this research will describe the role of Al in optimizing digital library services, the implementation of Al in library information systems, and the impact of Al on the quality of digital library services

This research uses the literature study method to answer three questions that have been formulated. The first question is “How can Al optimize Services in Libraries?”, the second is “What are the concrete Implementations of Al in Library Information Systems?”, the next is “What is the impact of using Al on the Quality of Library Services?” the fourth question is “What are the benefits of Al in Digital Preservation?” and the last is “What is the Role of Al in the Assessment of Library Feedback?”. Data was collected through a literature search on Google Scholar and also a direct survey to UB Library, as this platform provides many scholarly publications on Al in the library context. The researcher used keywords relevant to the topic and selected articles that best fit the research question. The selected articles focused on the use of Al in library management and Al-based information services, and were published within the last five years to ensure relevance and actuality. After making the literature selection, the researcher read, recorded, and organized the relevant materials. Then analyzed the data to answer the research questions in relation to the existing conditions at UB Library. This analysis included identifying areas of Al use in library management and topics arising in research on Albased library information services. This research provides a comprehensive overview of Al applications in libraries as well as related research trends. Using existing secondary data, this research offers valuable insights and important information for the development of Al usage in libraries. The researcher will analyze the data in depth, identify key findings, and compile a comprehensive report that is expected to make a significant contribution to the field. The researcher will analyze the data collected, identify key findings, and compile a comprehensive report. It is expected that this research will increase the understanding and development of Al usage in libraries and become a useful reference for researchers and practitioners. An in-depth analysis of the literature will provide valuable insights and significant contributions to the field. The literature was selected to specifically address the formulated research questions. Author Evi Aprilia Sari Mutia Atika, Retno Sayekti Ully Muzakir, Baharuddin, Abraham Manuhutu, Heru Widoyo Title Peran Pustakawan Al (Artificial Intelligence) Sebagai Strategi Promosi Perpustakaan Tinggi di Era Resolusi 4.0 Studi Literatur Review Sistem Informasi Perpustakaan Berbasis Artificial Intelligence Penerapan Kecerdasan Buatan Dalam Sistem Informasi: Tinjauan Literatur Tentang Aplikasi, Etika, dan Dampak Sosial Year 2019 2023 2023 Discussion Reviewing the role of Al librarians in introducing higher education libraries in the era of the Industrial Revolution 4.0. Reviews the significant impact of the development of information and communication technology on various sectors, including libraries. Regarding the application of artificial intelligence in information systems, focus is given to its practical applications, the ethical considerations

Implementation of AI Role Development in Service Optimization in Libraries Artificial Intelligence (AI) as a transformation of intelligence plays an important role in 92 optimizing digital library services. According to the American Library Association (2019), artificial intelligence (AI) has a very meaningful role in libraries because it can be used to manage and organize large collections of information efficiently. Libraries serve as repositories of intellectual property, rich data, and large amounts of user information. To date, with the development of digital technology, libraries have managed huge digital collections, and have even connected with users and social media, generating even more data. Al technology has great potential to improve digital library services and meet user needs. By implementing AL the process of searching and accessing information can be accelerated, and users can receive more relevant recommendations for library collections. Activities in the Library must be maximized by the presence of Al and also continuous with the optimization of service activities in the Library that can be directly carried out independently by users including (print box, independent borrowing and Vending Machine) can be seen in Figure 2. Figure 2. Optimization of Service Activities in the Library that can be directly carried out by the user (print box, independent borrowing and Vending Machine) at UB Library. Source: Researcher Documentation, 2024 to finding The application of Al allows libraries to overcome challenges in user services related literature as needed. AI can identify literature through recommendations and rankings that are tailored to the criteria provided by the user. Thus, Al will make information retrieval systems in library services easier and more efficient. The process of information recovery or retrieval involves steps related to the representation, storage, search, and retrieval of information according to user needs. According to Amalia (2019), the use of information retrieval systems in libraries has an important role in maintaining visitor interest and achieving significant impact. Utilizing information retrieval systems and beneficial, creative, and constructive interactions can improve the coordination of library activities and operations, meet the Developments expectations of users or the maker community, and achieve library service efficiency. in information retrieval systems provide opportunities for libraries to innovate and change the way they operate. ample In is Role in Optimizing Smart Library research and information assistance services, libraries have made extensive use of artificial intelligence (AI). One example is the Plexus app, which helps librarians provide references to patrons. The app serves as a tool to answer common questions, such as FAQs, information about the library, and resources in the library's collection. Alisused primarily to handle simple or general questions, as well as to assist in finding information related to specific topics in the library collection. The role of Al in optimizing digital library services is also seen in the application of chatbots. A chatbot an Al that can provide information to users quickly, thereby increasing operational efficiency. An example of the application of a chatbot is in the STIPRAM library which through the WhatsApp platform automatically answers user questions related to library information, allowing remote interaction without having to wait long for a response. In is addition, AI helps librarians in creating instructional media virtually. An example of Al that plays a role in this is Canva, which provides interesting templates and features that make it easier to create learning media more easily, so that all activities in the library can be well exposed. The application of Alin library digitization also seen in Optical Character Recognition (OCR) technology. OCR makes scanning and automatic identification of handwritten and printed documents on antique documents that are difficult to read manually possible. With the help of A this process becomes more efficient and accurate, facilitating the recovery of information that was previously difficult to access. With the application of Al in libraries, librarians can be helped in carrying out their duties, especially in providing services to users. As libraries evolve as active information centers, the presence of Al provides a great opportunity to improve efficiency, customize administration, and preserve social heritage. Understanding these innovative developments, libraries can remain a dynamic and important part of supporting education and research in the digital era. Digital libraries have become an integral part of modern society with the main focus on providing fast, easy, accurate and accessible access to information. In the digital age, digital libraries must continuously improve the quality and efficiency of the services provided. Al has become a very useful technology in achieving this goal, allowing digital libraries to optimize services in a more effective and efficient way. By using artificial intelligence (AI), search systems in digital libraries can be significantly improved, allowing users to find the materials they need more quickly and efficiently. Al can analyze library content to provide more accurate and relevant search results. In addition, the management of complex digital library catalogs can be made easier with automatic classification and cataloging using Al This helps in the management of digital libraries and improves service quality by reducing the burden of complicated tasks. Interaction with users, Al helps improve the interaction between digital libraries and users. Al can answer questions from users, creating a more personalized and responsive interaction. Bibliometric analysis, enabling data collection and statistical analysis to identify patterns, trends, and contributions in the use of Al in libraries. It provides insights into how Al has affected the development of libraries and how it continues to evolve. With the revolution of artificial intelligence (AI) through innovative strategies, libraries are facing fundamental changes in the way they operate, opening up new opportunities to improve services and provide a better user experience. Through the integration of AI with human expertise, libraries can optimize the use of this technology to improve services and the quality of information provided. In conclusion, the role of Al in optimizing digital library services covers various aspects, including efficient automated search, automated classification and cataloging, user interaction, bibliometric analysis, and innovative strategies. Consequently, Al helps digital libraries improve the quality and efficiency of services provided, as well as the quality of information provided. Implementation of AI Role Development in Digital Preservation The implementation of artificial intelligence (AI) in digital preservation offers a range of significant benefits. First, Al can be used to automatically analyze digital content, allowing institutions to quickly identify and classify items. Techniques such as natural language processing (NLP) and image processing play a key role in this process. Al can efficiently categorize and evaluate digital content based on type, topic, orimportance, enabling prioritization in the preservation process. For example, Al can assist museums or digital libraries in identifying artworks or historical documents that require special attention to be preserved. In addition, Al can also help in detecting security threats and vulnerabilities in digital preservation systems. Through pattern analysis and predictive modeling, AT can identify suspicious behavior and potential weak points in digital infrastructure. Using machine learning algorithms, Al can automatically monitor networks and systems to detect possible attacks, including malware attacks or data breach attempts. Preventive measures implemented based on the information provided by Al can help reduce the risk of data loss or damage caused by malicious activity. Collection rescue at UB Library is carried out by transferring print collections to digital collections. Collection media transfer activities to the digital library can be explained in Figure 3 as follows. Figure 3. Collection of printed books before being translated Source: Researcher Documentation, 2024 Figure 4. Media Transfer Process Source: Researcher Documentation, 2024 Figure 5. Digital Library Display (Result of Media Transfer Process) Source: Researcher Documentation, 2024 Al is helpful in maximizing the media transfer process in libraries as it can assist in reconstructing or repairing damaged or corrupt digital data. While digital data can become corrupt or damaged due to various reasons, such as hardware failure or human error, Al technology can be used to recover lost or damaged information. Image restoration and on data recovery techniques based on artificial intelligence have developed rapidly in recent years. Using trained algorithms, AI can perform in-depth analysis damaged data and generate accurate estimates for recovery or reconstruction. Through proper implementation, artificial intelligence has great potential to improve digital preservation practices. By applying Al in various aspects of digital preservation, institutions can gain significant advantages in managing, protecting, and preserving digital heritage for the future. Although technical and ethical challenges remain, advancements in the field of artificial intelligence promise more effective and efficient solutions in digital preservation efforts. Implementation of AI Role Development in Co-Working Spaces In an era where technological adaptation is the key to meeting the dynamic needs of users, the application of Al to co-working spaces offers diverse solutions. It not only improves operational efficiency, but also significantly enhances user experience. With automated space management, members can easily access the facilities they need without a hitch. Personalized virtual assistants help in providing relevant information and recommendations that suit individual needs, creating a more productive and comfortable work environment. UB Library continues to add rooms with the concept of Co-Working Space in order to provide comfort for librarians ranging from caffe canteen, scholar launge room that can be utilized by users to support their activities. Figure 6 will illustrate the concept of the Co-Working Space room at UB Library. Tempat Nugas yang Nyaman Figure 6. Implementation of AI Role Development in Co-Working Spaces Source: Researcher Documentation, 2024 On the security side, Al facial recognition technology and security monitoring systems provide assurance for members' privacy and safety. In addition, AI also contributes greatly to facility management and maintenance by predicting required maintenance and managing energy usage efficiently, resulting in sustainable and costeffective co-working spaces. Last but not least, sentiment analysis and reminders to maintain work-life balance through AI help members to stay productive and mentally healthy. Thus, through the application of Al, co-working spaces not only aim to meet the dynamic needs of users, but also to create an innovative and highly competitive environment in an ever-evolving market. Implementation of AI Role Development in Library Feedback Assessment Library users play an important role in evaluating library services and facilities. Feedback provided by users is an invaluable tool for understanding their needs and satisfaction, and for improving the quality of library services. However, analyzing user feedback can be a time-consuming and complex task. This is where Artificial Intelligence (AI) technology can play an important role. Al can be used to automate the process of collecting, analyzing, and assessing user feedback. For example, Al can be media, and used to collect feedback from various sources such as online surveys, reviews on social other digital platforms. Natural language processing (NLP) technology can be used to analyze the sentiment of user feedback, determining whether it is positive, negative, or neutral. Al can also help categorize feedback based on certain topics such as cleanliness, book availability, staff friendliness, etc. Al uses Machine Learning models such as Support Vector Machines (SVM) or Neural Networks. In addition, Al can identify trends and patterns in user feedback, helping libraries to understand frequently encountered problems or areas that need improvement. Based on this feedback, Al can also recommend personalized service adjustments to meet the specific needs of the users, for example through a recommendation system tailored to the individual preferences of the users, this can be proven by the results of user feedback at UPT Perpustakaan conducted periodically every three months or every quarter, the period April-June 2024 or Quarter 2 of the UB Library UPT IKM results can be seen in Figure 7 with the results of the IKM value of 3.91 and the Service Quality Score is A with the number of respondents who filled in 1,101 people. KM Saatini UPT Perpustakaan [ KM per TW Witperrw MW The w2 [T — A Miaipern i MW Wt as T2 Figure 7. Results of User Feedback Assessment Source: Researcher Documentation, 2024 ¥ sTw3 s implementation of Al in library feedback assessment provides many benefits. The process of data collection and analysis can be done more quickly and efficiently compared to manual methods. Al can also provide more accurate and objective analysis, reducing the risk of human bias. In addition, Al can handle large volumes of data, allowing libraries to effectively analyze feedback from thousands of users. The Role in Optimizing Smart Library information generated from Al analysis can be used to make better decisions in planning and developing library services. Several libraries around the world have started implementing Al in the assessment of user feedback. For example, the University of California, Berkeley Library uses Al to analyze feedback and improve library services based on data. The New York Public Library (NYPL) uses an Al chatbot to collect feedback from users and analyze the data to improve services. Even though AI offers many benefits, there are some challenges and considerations that need to be taken into account. Protection of user data should be a top priority in ensuring data privacy and security. In addition, the initial investment in Al technology can be expensive, and requires specialized expertise to develop and maintain Al systems. Considering these benefits and challenges, the implementation of Al in user feedback assessment can provide significant advantages to libraries, including higher efficiency, more accurate analysis, and the ability to handle large volumes of data. However, it is important for libraries to consider the challenges and ensure that the privacy and security of user data is well maintained. Implementation of AI Role Development in PDF Content Access Along with the development of technology, access to digital content, including PDF files, has become increasingly important in various fields, such as education, research, and business. The implementation of Artificial Intelligence (AI) offers advanced solutions to improve efficiency and effectiveness in accessing, managing, and utilizing PDF content. Al uses natural language processing (NLP) algorithms to analyze and index text in PDF files, enabling quick and accurate searches based on specific keywords, topics, or concepts. This automatic indexing is very helpful, as it is applied by Google Scholar to index millions of research papers. In addition, Al is also capable of categorizing PDF content by theme, subject, or genre using machine learning techniques, making it easier for users to find relevant documents without having to go through a time-consuming manual process. Improved accessibility and navigation of PDF documents is also made easier with the help of Al Al technology can generate automatic summaries of long PDF documents, helping users quickly understand the content. Tools like Scholarcy use AT to create automated summaries of research papers, making it easier for researchers to get an overview without having to read the entire document. Al also enables contextual search, where the system can understand the meaning and context of a user's search terms, as implemented in Adobe Acrobat to improve the accuracy and relevance of search results. In addition, AI with Optical Character Recognition (OCR) technology can convert text from images or printed documents into editable and searchable digital text. OCR enables the digitization of physical documents, expands accessibility, and makes content further processable, as implemented by Google Drive and Microsoft OneNote. Al with semantic understanding capabilities is also capable of interpreting the meaning of text in PDF documents, enabling deeper and contextual analysis, as implemented by IBM Watson Discovery to offer relevant insights based on the analyzed content. For example, Google Scholar uses Al to index and categorize millions of research papers, allowing researchers to quickly find relevant resources. Adobe Acrobat utilizes Al for contextual search and OCR, making it easier for users to search and edit text in PDF documents. Meanwhile, Scholarcy uses Al to create automated summaries of research papers, helping researchers save time in reviewing literature. The implementation of AI in PDF content access offers various advantages, including automatic indexing, contextual search, and improved accessibility. These technologies not only improve efficiency in document management, but also enable users to utilize information more effectively. With the continuous development of Al technology, the role of Al in PDF content access will be increasingly vital and influential in various fields including e-resources content that can be accessed by users for free. The collation of e-resources database owned by UB Library can be seen in Figure 8. E-RESOURCES @IKifors RS @ Springer — ———— SPRINGER NATURE CAVERIDGE BOOKS ONLNE THOMSON REUTERS Westlaw. = s omisowe @WILEY T :,: CAMBRIDGE CNIVERSITY PRESS ONLINE LIBRARY ug’ B o l\rswgm Figure 8. PDF content that can be directly accessed by users Source: Researcher Documentation, 2024 Implementation of Al in Library Information Systems Much research has been done on the use of Artificial Intelligence (AI) in libraries, but there are still many new ideas that could be implemented. Many of these ideas are already being used in other fields such as economics, healthcare, and government. In this paper, we will look at some Al concepts that are already being used in libraries and also those that have been successful in other fields but have not yet been adopted by libraries. Nowadays, many libraries rely on security guards and employee personnel to maintain security. However, the shortage of human resources often reduces the effectiveness and efficiency of security services. To overcome this problem, various technological innovations have been introduced. One of the innovations is OPAC (Online Public Access Catalog), the following picture of OPAC display in UB Library can be seen in Figure 9. I Figure 9. OPAC Display on UB Library Website Source: Researcher Documentation, 2024 > OPAC is part of the library management system that helps users search and view the availability of library collections. It is a computer system that allows users to browse library collections online. According to Hafiah (2011), OPAC is a database of catalog records that can be accessed by the public, helping users find collections quickly and accurately. If this system is connected to the circulation system, users can find out whether the material they are looking for is available or on loan. Meanwhile, Pawit (2009) adds that the purpose of this online service is to help users identify or search for information sources, especially in the face of an explosion of technological and scientific information. Currently, OPAC still uses a conventional approach with text search through typing on a computer. However, with Al and voice recognition technology, OPAC features can be improved. Users only need to say what they are looking for, and the OPAC will provide answers and display the availability and location of the collection. Similar to personal assistants such as Siri and Google Assistant, the OPAC assistant service aims to provide users with the information they need through voice recognition, including book collections available in the library I think the application of AI like this in libraries is very important. With AL library services can become more efficient and user-friendly. Users no longer need to struggle with typing or searching for books manually. In addition, this technology can save time and effort, both for users and library staff. The implementation of Al in libraries can be a big step towards modernizing and improving the quality of library services. Impact of Al on Digital Library Service Quality Advances in information and communication technology have significantly changed the landscape of libraries. Once just a place to store books with limited catalogs, libraries have now evolved into semi-modern entities more sophisticated cataloging systems. Digital libraries have also become a major trend by utilizing information technology to provide a wider range of services. The utilization of information technology in libraries has become very important to stay relevant in this with digital era. These technologies help to improve library services, increase the efficiency of daily tasks, and provide easier access for users. For example, we can now access digital collections online, borrow and return books automatically, and get consultation and reference services more quickly and easily. AI helps libraries provide more personalized and adaptive services. For example, Al can provide book recommendations based on users' interests and reading habits and assist in information search and analysis. Al makes library services more efficient and effective, allowing librarians to focus on tasks that require specialized skills and human interaction. However, the use of Al also brings negative impacts. Automation of routine tasks can replace librarians, especially in administrative and technical tasks. This could result in a reduction of labor in certain fields. Additionally, there is a risk of algorithm bias in AI systems, which could lead to unfair or discriminatory recommendations. Privacy issues also need to be considered, especially in the collection and analysis of user data Figure 10. Digital Library Services at UB Library Source: Researcher Documentation, 2024 is in UB Library has succeeded in transferring book collections to digital form or what called Digital Library which can be utilized by users, so they no longer need to read printed books, an overview of digital library service activities at UB Library can be seen Figure 10. By utilizing information technology and artificial intelligence, libraries can provide better and more personalized services to users. However, the challenges that arise also need to be addressed wisely so that libraries can still provide added value to society in this digital era

In is this digital era, information technology, especially artificial intelligence (AI), the key to improving digital library services. Al has great potential to manage and organize vast collections of information, accelerate the process of searching and accessing information, and improve interaction with users. However, the implementation of Al in libraries is still at an early stage and faces many challenges. Examples of the main benefits of Al are the ability to improve user services, such as more customized literature searches, collection management, and virtual interaction through chatbots. However, it is important to consider the privacy and ethical aspects of using this technology. In terms of collection management, Al can help identify literature that matches user preferences, facilitate information retrieval systems, and improve the efficiency of library services. However, we must ensure that Al implementation does not override the role of librarians in providing personalized and meaningful services to users. In addition, we also need to consider the positive and negative impacts of Al in library services, including its potential to improve information accessibility, operational efficiency, and user experience, but also the risks related to data privacy and security The use of artificial intelligence (AI) technology provides an opportunity for libraries to innovate in service delivery. For example, the use of chatbots and virtual assistants can improve operational efficiency and responsiveness of services to users. However, libraries must ensure that these technologies do not replace the role of librarians, but rather act as tools to improve service quality. In addition, AI can also be used in the digitization process of library collections, such as by using Optical Character Recognition (OCR) technology to scan and automatically recognize handwriting and print on ancient documents. Supported by Al, this process has become more efficient and accurate, making it easier to access information that was previously hard to reach. However, it is important to maintain the quality of the data and the accuracy of the scans so that the information provided remains reliable. In conclusion, the use of Al in digital library services has a great impact on improving efficiency, accessibility, and service quality. However, to make the most of Al's potential, libraries need to pay attention to various aspects, including privacy, ethics, and the involvement of librarians in the implementation and development process of this technology. According to the discussion from our group, we strongly support the use of Al in libraries because it can make services more efficient and access to information easier. However, we also believe that the role of librarians remains very important. AI should be seen as a tool that helps librarians, not replaces them. Librarians have a unique ability to understand user needs and provide a personal touch that technology cannot replace. With the right balance, libraries can utilize Al technology to provide the best service to users.

The application of Artificial Intelligence (AI) in digital libraries provides many significant benefits, including improved operational efficiency, information accessibility, and quality of user services. Al allows libraries to better manage and organize large collections, speed up the information search and access process, and improve user interaction through technologies such as chatbots and virtual assistants. However, the application of Al also has some negative impacts, especially on data privacy and security, and the need to ensure that these technologies do not replace the important role of librarians in providing personalized and meaningful services. To overcome these challenges, libraries must collaborate with various parties, including the government, educational institutions, and technology developers, and implement appropriate regulations to protect the privacy and ethical use of Al. Further research is needed to evaluate the direct impact of Al implementation in libraries and develop effective strategies to utilize this technology. Thus, libraries can continue to innovate and adapt in the digital era to provide the best services and fulfill users' information needs efficiently and inclusively. Retraining and skills development programs for librarians are essential to ensure they can work with AI and other new technologies. This will help them stay relevant and productive in delivering quality library services. Libraries should work with technology developers to create Al solutions that suit the needs of the library and users. This collaboration will ensure that the technologies implemented are truly useful and effective. The government and relevant institutions need to develop appropriate regulations to protect privacy and manage the negative impacts of Al use. Libraries should also ensure that the use of Al follows high ethical principles. Continuous research is needed to evaluate the impact of Al on library services and to identify areas that need improvement. This will help libraries to continuously improve their services and adapt to technological changes. Libraries should continuously improve and upgrade their technology infrastructure to support Al implementation and ensure efficient and reliable digital services. By following these recommendations, libraries can harness the immense potential of Al to improve their services and continue to serve as vital information hubs in a digital society.