Login
In the context of libraries adopting artificial intelligence (AI) technology, this paper aims to demonstrate the synergy between two different yet complimentary frameworks, need-based experimentation (NBE) and curiosity-based experimentation (CBE). It looks at how these frameworks interact and operate together to promote technological innovation and innovation in libraries.
The authors’ extensive professional experience in the AI adoption and innovation of libraries is drew upon in this paper. The methodology encompasses empirical observations of various libraries engaging in digital innovations through experimentations with AI technology adoption practices. Using the frameworks of NBE and CB), these observations are examined to find patterns, relationships and mutual reinforcement between the two methods. The analysis of this study is built on the authors’ observations and real-world case studies.
The research reveals that NBE and CBE work together to provide libraries with all-encompassing adoption methods for AI technology. This study indicates a dynamic interaction between NBE and CBE that boosts libraries’ methods for adopting AI technology. NBE acts as a catalyst for CBE by raising awareness of specific library needs, prompting librarians to explore AI technologies aligned with those needs. This synergy empowers librarians to creatively experiment with technology solutions that directly address pressing library challenges. Conversely, CBE fuels NBE by promoting group learning among diverse team members and fostering individual motivation to tackle library needs collaboratively. As they explore AI technology out of personal curiosity, librarians make important contributions that enhance NBE.
The novel aspect of this study is the recognition of the complementarity between NBE and CBE frameworks, which suggests that libraries should view them as intertwined rather than two separate approaches. Focusing on both methodologies increases the culture of experimentation and improves the problem-solving abilities of librarians. Innovation is fueled by controlled experimentation and innate curiosity in an atmosphere that is fostered by the mutual influence of NBE and CBE. This synthesis offers libraries a comprehensive strategy for adopting AI technology, empowering them to manage the shifting environment and realize the revolutionary promise of AI technologies.
As traditional physical spaces grapple with evolving reading habits and information consumption patterns, the notion of libraries within the metaverse poses intriguing questions about accessibility, knowledge dissemination and the evolving role of librarians. The purpose of this paper is to explore the role of metaverse in virtual libraries.
This paper analyzes various literature relating to libraries and the metaverse in the virtual worlds through a review of the literature.
In the ever-evolving landscape of information and technology, the emergence of libraries in virtual worlds presents a transformative paradigm that brings forth both tremendous advantages and intricate challenges. These advantages are underscored by enhanced accessibility for a global audience, interactive engagements that cater to diverse learning styles and the unprecedented scalability that digital environments provide. Virtual libraries hold the potential to reshape the way people access, share and engage with knowledge, while also fostering a sense of community that transcends geographical boundaries.
To the best of the authors’ knowledge, this paper is the original idea that highlights the importance of metaverse in virtual libraries.
This research aims to explore the integration of Bing Chat, an artificial intelligence (AI)-powered conversational assistant, into academic libraries and its potential impact on reference services.
This study analyzes existing literature to investigate the integration of Bing Chat in academic libraries. This research focuses on its features, capabilities and implications for enhancing user experiences and addressing information needs.
The findings highlight that Bing Chat’s conversational interface facilitates more dynamic and context-aware reference interactions, fostering user empowerment and personalized learning pathways. The integration of Bing Chat with existing library resources enhances resource discovery, navigational assistance and engagement with visual content. However, challenges related to accuracy, privacy and algorithmic bias require careful consideration.
This research contributes to the literature by providing an in-depth exploration of Bing Chat’s integration into academic libraries, emphasizing its transformative potential for reference services. This study addresses ethical and social dimensions associated with AI-driven tools in library environments, offering insights into ensuring fairness, privacy and user trust.
In this study, the authors seek to introduce ways that show that in the age of artificial intelligence (AI), selective dissemination of information (SDI) performance can be greatly enhanced by leveraging AI technologies and algorithms.
AI holds significant potential for the SDI. In the age of AI, SDI can be greatly enhanced by leveraging AI technologies and algorithms. The authors discuss SDI technique used to filter and distribute relevant information to stakeholders based on the pertinent modern literature.
The following conceptual indicators of AI can be utilized for obtaining a better performance measure of SDI: intelligent recommendation systems, natural language processing, automated content classification, contextual understanding, intelligent alert systems, real-time information updates, intelligent alert systems, real-time information updates, adaptive learning, content summarization and synthesis.
The authors propose the general framework in which AI can greatly enhance the performance of SDI but also emphasize that there are challenges to consider. These include ensuring data privacy, avoiding algorithmic biases, ensuring transparency and accountability of AI systems and addressing concerns related to information overload.
The purpose of this research paper is to explore and offer insightful information on the useful use of Google Tag Manager (GTM) in the context of library websites and to bridge the gap between GTM’s technical features and the practical requirements of libraries. It gives libraries the ability to use GTM’s capabilities to increase user engagement, data-driven decision-making and improve online services.
This study reviews existing literature on GTM in the context of websites and libraries. The methodology involves identifying keywords and searching terms related to GTM, digital marketing, user engagement, Web analytics and library websites. Sources and databases were consulted, including library science journals, marketing journals, academic databases, publications on digital marketing and search platforms such as Google Books, Google Scholar, Google Search Engine, JSTOR and library associations like the American Library Association. Initial screening was done based on titles and abstracts, followed by a thorough-text review, categorization and synthesizing of the findings.
GTM provides libraries with a potent tool to improve their online presence, customize user experiences and collect insightful real-time data. Libraries may harness GTM’s potential to better engage people and provide services by properly implementing it and maintaining it over time. It can be a flexible instrument that supports contemporary library services in the digital era. The findings of this study indicate that GTM technology may be used in library services; nevertheless, there are several barriers, such as librarians’ attitudes and technical abilities, that prevent GTM acceptance in library services.
This study covers the implementation of a free GTM tool in library websites that will help the library and information professionals to leverage the GTM in the library’s online presence. Furthermore, this study recommends that libraries and librarians should develop guidelines and policies for the critical adoption of a free GTM tool in the library environment, which will support improving the library’s user engagement and tracking of library website traffic.
This study aims to explore the potential use of drones in special library services, aiming to enhance accessibility, services and reliability. It examines how drones can provide library materials to individuals unable to access traditional services and addresses challenges associated with drone implementation.
This study involves a literature review and case studies to analyze the feasibility and benefits of incorporating drones into special libraries. This study also discusses the synergy between drone technology and artificial intelligence (AI) in enhancing library operations.
Drones have the potential to transform special libraries by automating tasks, improving efficiency and expanding outreach. Their application ranges from inventory management and book retrieval to security, surveillance and outreach initiatives. AI-powered drones can provide real-time data on library usage and enhance cost-effectiveness. However, challenges including costs, privacy concerns and regulatory frameworks need to be addressed.
The integration of drones and AI in special library services presents a novel approach to revolutionizing library operations. This study uniquely combines these technologies, emphasizing the importance of proactive consideration of challenges and prospects for successful implementation.
This paper aims to describe several artificial intelligence (AI)-based applications that librarians can use to serve and design virtual library instruction, so it will be more effective and efficient.
The approach involves a comprehensive review of AI-based applications that bring benefits to librarian to enhance the virtual instructional services (AI). This study explores the existing papers to reveal the potential use of AI for research consultation, designing the instructional services and conducting evaluation of the program.
There are some AI-based applications that are available for free that will help instructional librarian jobs. Librarians use the AI to increase effectiveness of the services. The AI-based applications that can be used to support instructional services on research inquiries include virtual assistance, knowledge mapping and note making, and to support designing virtual instruction, librarians can use design apps, image generators, voice generator, grammar checker and paraphrasing.
There are many studies on AI at the library; however, it’s still rare a paper studied AI-based application that potentially will bring benefit for virtual instructional services. This paper will give overview of AI application that will help instructional librarian on transactions with users and help librarians to create innovative instructional media.
This paper aims to explore the dynamic evolution of the integration of three-dimensional (3D) technologies into special libraries. This analysis examines the difficulties and advantages that emerge from this significant shift and emphasises the possibilities for improving research, education and preservation in these specific environments.
This study uses a comprehensive approach, synthesising existing literature and case studies to gain insights into the adoption of 3D technology in special libraries. It also explores the synergy between 3D technology and artificial intelligence (AI) within library services.
This research uncovers a dynamic landscape in special libraries, marked by a growing embrace of 3D technology. Specialised industries and organisations increasingly use this technology to enrich their services, from crafting physical models for in-depth research to safeguarding precious artifacts through digital replication. Challenges include the need for specialised expertise, financial constraints and limitations in access. Notably, the integration of AI enhances user experiences by streamlining search and discovery.
This study adds value to the field by shedding light on the transformative potential of 3D technology and AI in special libraries. It underscores the significance of strategic planning, collaboration, staff training and tailored needs assessments to ensure successful technology integration. This paper’s originality lies in its exploration of emerging trends and the outlook for technology-driven innovation and collaborative endeavours shaping the future of special libraries.
The purpose of this study is to investigate artificial intelligence (AI) as enabler of future library services, with consideration to how prepared are librarians in African university libraries.
This study applied the interpretive content/document analysis of literature harvested from different databases of Scopus and Web of Science. AI could be used to perform daily routines in circulation, serial, reference and selective dissemination of information among others. It could also be applied to the provision of innovative services of recognition of library activities such as answering research quarries, cataloguing and classification of library materials and management of library system software of different databases within the library systems.
It could be deduced from the study that AI would continue to serve as a panacea to future library services irrespective of its geographical context. Due to the evolving nature of knowledge growth, AI having its roots in the field of engineering has been found useful to support future library services. The support accrued from library service delivery in the library profession has made librarians continue to interact with other intelligent machines that can demonstrate human behaviour even though they are not real human beings. The behaviour of machines and AI where human beings play a significant role has brought many renovations in the management of complex tasks of processing, communication, knowledge representation, decision making and suggestions, on potentials of diverse work operations.
The understanding that the present paper portrays in the context of future library services is that there is no way the AI could function without a human interaction perspective when drawing an analogy from computer science, information science and information systems fields of study.
The interest of users across their background would be strengthen if AI advances transformed the handling complex tasks of processing, communication, knowledge representation, decision-making and giving suggestions, among other things. The possibilities of diverse work operations from empirical evidence of studies consulted in recent times gave the authors the impetus to consider AI as the enabler of future library services.
The increasing demands from library patrons have prompted librarians to adapt their methods of delivering services. These emerging technologies have also brought about shifts in approaches to teaching and learning. Consequently, the recent surge in digital technology-driven service innovations has ushered in a fresh paradigm for education and research. In response to these changes, librarians are actively seeking novel and innovative technologies to enhance user experiences within their libraries. They serve as catalysts for introducing modern and advanced technologies, consistently adapting to contemporary tools that enhance their offerings.
The purpose of this study is to raise awareness about the ethical implications of artificial intelligence (AI) in the library and information industry, specifically focusing on bias and discrimination. It aims to highlight the need for proactive measures to mitigate these issues and ensure that AI technology is developed and implemented in an ethical and unbiased manner.
This viewpoint paper presents a critical analysis of the ethical implications of bias and discrimination in the library and information industry with respect to AI. It explores current practices and challenges in AI implementation and proposes strategies to address bias and discrimination in AI systems.
The findings of this study reveal that bias and discrimination are significant concerns in AI systems used in the library and information industry. These biases can perpetuate existing inequalities, hinder access to information and reinforce discriminatory practices. This study identifies key strategies such as data collection and representation, algorithmic transparency and inclusive design to address these issues.
This study contributes to the existing literature by examining the specific challenges of bias and discrimination in AI implementation within the library and information industry. It provides valuable insights into the ethical implications of AI technology and offers practical recommendations for professionals to confront and mitigate bias and discrimination in AI systems, ensuring equitable access to information for all users.
This paper aims to investigate the implementation of the traditional Indonesian Dakon game Apps at UNAIR library called Dakon UNAIR Arena (DUNA).
Traditional games are an important part of a nation’s cultural heritage. However, with technological advances in the digital era, traditional games are often marginalized and forgotten because there are many computer and online-based games invented. Observation of the implementation of DUNA game at UNAIR library has been conducted on DUNA users.
DUNA game at UNAIR library gives a positive contribution to reviving the traditional Dakon game from Indonesian. Library users who participated in the DUNA game reported an increase in interest and participation in this game. Apart from that, implementing the DUNA increases a sense of pride in local culture and promotes cooperation and social interaction between library users.
The conclusion was that the DUNA game at UNAIR library can be an effective means of bringing back the traditional Indonesian Dakon game in the digital era. It is hoped that this research can encourage the application of other traditional games at library environments and society in general.
The purpose of this paper is to examine how social media can be an effective tool for academic libraries to support their communities in the digital environment and relay information about their cultural functions.
This paper involves a literature review to discuss the implementation of academic libraries’ cultural functions through social media account. This paper also observes some academic libraries’ accounts that use social media to carry out their cultural functions.
Social media provides opportunities for academic libraries in performing and developing their cultural functions. Academic libraries already use social media to deliver and communicate their cultural functions. However, some challenges might arise and necessitate a review of the library’s resources and the skills of library professionals.
This paper fills the lack of empirical studies analyzing the implementation of academic libraries’ cultural functions through social media accounts and contributes to the literature about the cultural functions of libraries in the digital environment. This paper can help those academic libraries wanting to leverage, bring innovation and increase their cultural functions in the digital environment through their social media accounts.
In terms of training the public in prompt engineering skills, no single discipline or profession currently takes the lead, presenting an opportunity for professions like librarianship to step into this role. Librarians are already well-equipped to educate the public in a wide range of literacy skills and tasks, so prompt engineering may be a natural progression. The purpose of this paper is to examine the potential role of prompt engineering for library professionals.
Prompt engineering is the process of optimizing the text that is provided to an artificial intelligence (A)I model to ensure proper interpretation and the generation of relevant, detailed results. The field of prompt engineering is relatively young, evolving alongside the growth of large language models like ChatGPT and BARD. This conceptual paper will explore prompt engineering as a possible domain of expertise for librarians.
This paper delves into the world of prompt engineering, its alignment with the existing roles and expertise of librarians, and the potential emergence of a new role known as the “prompt engineering librarian,” akin to the well-established “information literacy librarian” role that has gained prominence in recent decades.
The significance of this work lies in exploring the synergy between prompt engineering and the traditional roles of librarians, highlighting the potential for a new and valuable profession in the form of prompt engineering librarians. This innovative concept could bridge the gap in AI literacy and facilitate more effective interactions with AI systems, contributing to the broader goal of AI accessibility and understanding.
This study aims to explore the transformative potential of integrating artificial intelligence (AI) and the metaverse into academic libraries, envisioning a future where personalized, immersive and accessible user experiences redefine the traditional concept of libraries. The purpose is to analyse the synergy between AI and the metaverse in enhancing library services and user interactions.
The study uses a literature review approach to synthesize current knowledge on AI, the metaverse and their integration into academic libraries. It delves into the functionalities of AI in cataloguing, personalization and predictive analysis, coupled with the immersive experiences offered by the metaverse. The design envisions metaverse-infused academic libraries as digital spaces hosting AI-driven virtual assistants, personalized learning paths and collaborative environments.
The integration of AI and the metaverse in academic libraries presents opportunities for personalized learning experiences, efficient resource management and global collaboration. The findings suggest that the synergy enhances accessibility, inclusivity and efficiency in library services, albeit with challenges such as the digital divide, privacy concerns and technical complexities.
This study contributes to the discourse on the future of academic libraries by proposing a comprehensive vision of metaverse-infused libraries empowered by AI. It underscores the originality and value of the integration, emphasizing the potential for personalized, interactive and globally accessible learning and research environments.
The spread of fake news on Instagram is still a problem that needs to be solved. Teenagers are a generation that is vulnerable to fake news, for example, high school students. Students need media literacy to help them protect against fake news. The media literacy skills possessed by students influence the behavior of spreading fake news that they do. This study aims to examine the effect of student media literacy on the behavior of spreading fake news on Instagram among students at public high schools in Surabaya.
This study used an online survey to100 students at five public high school in Surabaya to get the data on their ability to respond to the fake news on social media Instagram.
It was found that there is a media literacy that has a significant effect on the behavior of spreading fake news on Instagram. Based on these findings, it can be concluded that media literacy influences the behavior of spreading fake news on Instagram, and other factors influence the rest. There are seven media literacy skills, and the high category are grouping, deduction, synthesis and abstraction abilities. Meanwhile, the abilities included in the medium category are analysis and evaluation abilities.
This paper will provide insight of the media literacy levels on teenagers in metropolitan city. This result can be used as guide to add the media literacy subject at high schools and can be used to strengthen the media literacy skills among teenagers.
The purpose of this paper is to explore how robots are being used in libraries and information centers to transform their services and what are the future possibilities and trends in the application of robots in libraries.
Through a review of the literature, this paper analyzes various library websites and consults literature relating to the use of telepresence robots in libraries; the current application of robots in libraries has been enumerated along with case studies of libraries currently adopting telepresence robots.
With the practical examples of libraries using different types of robots, this study summarizes diverse activities of artificial intelligence-mediated robots. The uses of telepresence technology in libraries help to enhance library services, reach new users and provide a more inclusive and accessible library experience. Telepresence robots enhance the quality and accessibility of library services, expand library outreach and provide new opportunities for virtual engagement and programming. The application of telepresence robots in libraries can offer many benefits, but there are also several challenges that libraries must address to ensure successful implementation.
This study will motivate libraries and library professionals to take advantage of adopting telepresence robots in library and information center services and further accelerate library operations in the right direction.
This paper highlights how the introduction of telepresence robots in libraries improves services and productivity and creates a more engaging environment for the user group. The benefits and challenges of using robots in the library and the future trend in the application of telepresence robots in libraries are also discussed.
The purpose of this paper is to investigate the feasibility of automating Google Scholar searching to harvest citation data of monographs for collection analysis.
This study discusses the creation and refinement of a Scraper application programming interface query structure created to match library collection inventories to their Google Scholar listings to retrieve citation counts.
This paper indicates that Google Scholar is a feasible and usable tool for retrieving monograph citation data.
This study shows that Google Scholar citation data can be harvested for monographs in an automated fashion to serve as a source of bibliographic data, something not typically done outside of individual academics and writers tracking their personal academic impact factors.
This is the second installment in a series of two columns that delves into several factors, suggesting that the structure of the internet may be approaching an inflection point.
Building upon the themes explored in the first column, it investigates how contradictory incentives in artificial intelligence (AI) may influence the future of web search and the open web, as well as lessons that can be learned from the evolution of X-like social media sites. A large language model was used to help rewrite and edit portions of the text.
This exploration shows how the intersection of demographic shifts, advertising-driven content, proactive discovery and advancements in AI are poised to rapidly change the way we use and search the internet.
A deeper understanding of these trends empowers libraries to reflect on their evolving roles within this shifting internet landscape and envision new possibilities for themselves.
This paper aims to explore several factors that indicate the way the internet is structured may be near an inflection point.
This study examines the disruptive effect of TikTok, how demographic changes can rapidly alter social media platforms, as well as social media’s underlying dependencies on advertising.
The internet’s structure may be about to undergo a dramatic shift and imagine new roles for ourselves.
Deepening our understanding of these trends allows libraries to reflect on themselves and their future role.
The purpose of this paper is to discuss how retracted scientific papers become zombie papers and why they are problematic and to encourage librarians to become active in addressing these problems.
This paper explains what zombie papers are, how they are created and the potential impact they can have on the body of scientific literature. It explains how and why they are different than other common types of misleading scientific publications. It also explores recent developments such as the growth of artificial intelligence (AI) technologies and changes to organizations that make data about paper retractions available.
While journal retractions are as old as scientific publishing itself, the seriousness of retractions persisting and being used in the body of scientific literature has recently been recognized as a serious concern. The rise of new AI technologies such as ChatGPT has made the presence of zombie papers in the data used to train large language models (LLMs) extremely concerning.
While librarians are well-aware of journal retractions and most include information about them in their information literacy training, concerns around zombie papers and their potential presence in the data used to train LLMs will likely be a new consideration for most.
The purpose of this paper is to report the 2023 conference of the International Federation of Library Associations and Institutions (IFLA) conference activities for 2023 as held in Rotterdam, The Netherlands from 21 to 25 August.
A report of the events that spanned five days, especially the aspects that hinged on technology use in libraries globally are highlighted. Narrative of the experiences during the conference is made from the participatory observation standpoint.
Librarians globally are connecting and collaborating. They use technology in their libraries and research into ways and means of collaborating more. Library associations globally are making impact especially in the use of artificial intelligence in service delivery. All sections of IFLA are active in working together and librarying!
The IFLA 2023 conference is one-of-a-kind experience in the library association world. Libraries and librarians globally are finding out new things yearly and the year 2023 is no different.
This study aims to provide insight of how conference sessions and poster sessions are relevant to libraries.
Recently attended IFLA and Internationale Funkaussteilung (IFA) and focused the conference report on generative artificial intelligence (AI).
Disappointed in the IFLA and IFA conferences and instead find that the email newsletter from Shelly Palmer is much better in keeping up with exponential growth in ChatGPT and other generative AI tools.
This study may provide ideas for libraries to experiment with generative AI tools.
This study is an original report by the authors. All photos were taken by the authors except for a table from the email newsletter of Shelly Palmer, which was included by him from another source.
The purpose of this paper is to examine the motivation behind Google’s development of Gemini and its potential impact on the information industry.
This viewpoint paper relies on a comprehensive analysis of the advancements in artificial intelligence (AI) technology, specifically in the field of chatbots.
The findings reveal that Gemini is designed to enhance user experiences by providing personalized and contextually relevant information. It aims to streamline information retrieval, improve customer service and offer tailored content recommendations. The competition among companies in building AI-powered chatbots is driving rapid advancements and innovation in the field.
The originality of this paper lies in its analysis of Google DeepMind’s Gemini and its potential impact on the information industry. It highlights the significance of AI-powered chatbots in transforming how users access and interact with information. This paper contributes to the existing literature by examining the competition in building AI tools and its implications for the future of the information industry. It offers insights into the motivation behind Google’s development of Gemini and its potential value in enhancing user experiences and driving monetization opportunities.
The purpose of this paper is to explore the use of artificial intelligence (AI) in libraries, especially university libraries, which are faced with users from various countries who have different languages and cultures. Seamless M4T, which is being developed, has great potential for helping university librarians maximize library services by providing ease of communication.
Analyzing the possibility of developing Seamless M4T using natural language processing techniques and how to train language models to be smarter AI tools and can be used to break down language barriers between librarians and users.
The implementation of AI-based application Seamless M4T can help university librarians provide maximum service to users who are hampered by language and culture with advanced communication skills. Seamless M4T has an automatic speech recognition feature for dozens of languages, so it can translate speech-to-text, text-to-speech or both text and speech. To convert written words into verbal forms, this AI can also translate and transcribe text and speech in real-time without significant delays.
This paper emphasizes the use of AI in university libraries to improve services, especially in communication due to language differences between librarians and users. Advantages in using AI in libraries can support the collaboration and scholarly communication process.
This study aims to explore browsing extension plugins for searching open scholarly literature and gain an understanding of the various available extensions, their functionalities and their benefits.
Instant retrieval of scholarly literature on the internet is challenging for any researcher due to incredibly accessible free and paid content, including various forms of resources, despite the availability of federated and discovery tools. This paper aimed to explore “Access Broker Browser extensions” available for quick retrieval of open scholarly literature. This paper explicitly explains browser extensions – Google Scholar Button, Open Access Button, Open Access Helper, Core, GetFTR and EndNote Click. Furthermore, the paper elaborated on the extension’s features, functionalities and usability in finding scholarly literature. This study found that the Google Scholar Button and GetFTR extensions seems more user-friendly, effective and easy to use on all internet browsers.
This paper identifies that the “Google Scholar Button” and “GetFTR” browser extensions are more effective than any other extensions and very user-friendly to use.
This study recommends that libraries should create awareness and provide training on access broker browser extensions for discovering scholarly open literature for learning.
Noticias em eLiteracias