2026· International Journal of Information Studies and Libraries· Vol 11, pp. 92-106· 0 citations
TL;DR
How AI is used in different areas such as scientific research, healthcare, education, and finance, and explores knowledge graphs, explainable AI, manufacturing operations, and human-AI interface design is explored to give a view of the research area of AI.
Abstract
The development of intelligence has brought about major changes to knowledge discovery systems, which now deliver exceptional data analysis capabilities. Artificial intelligence (AI) has changed the way we discover things. The current research looks at intelligence-based knowledge discovery systems by studying their different application areas and their operating methods and existing obstacles. This study looks at how AI is used in different areas such as scientific research, healthcare, education, and finance, and explores knowledge graphs, explainable AI, manufacturing operations, and human-AI interface design. These areas together give us a view of the research area of AI. The review looks at existing research to find trends, gaps, and future directions. It gives researchers and practitioners a framework to work with. The study chooses and looks at research works in a comprehensive way so it includes both theoretical knowledge and practical knowledge. The results of the research show that AI-based systems improve decision-making and innovative work. AI-based systems also improve decision-making and innovative work. In the field, AI is used to create treatment plans. Healthcare facilities use intelligence to enhance patient diagnosis with personalised medical solutions. Educational applications use intelligence for adaptive learning. Financial systems use intelligence for fraud detection and risk assessment. The development of knowledge graphs and explainable AI is essential for logical processes. Manufacturing systems use intelligence technology for predictive maintenance. AI interaction is important for usability and trust. The study ends with a summary of opportunities and existing problems that require scientific fields to work together. The review provides materials that researchers will use to conduct studies about AI-based methods for discovering knowledge. AI is used in different areas and it is changing the way we do things. The study of intelligence-based knowledge discovery systems is important for the future of research. AI will continue to change the way we discover things and it will be used in many areas.
Inspired by search and recommender systems, this work builds Find, Attempt, and Recommend (FAR), a literature-to-review cascade that automates the search for suitable problems and focuses human attention on artifacts that have passed several stages of filtering.
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AI Agents are driving the transformation of sci-tech intelligence analysis from "human-in-the-loop" to "human-on-the-loop," enabling intelligent and pipeline-based intelligence production processes.
Hangqi Yang· World Journal of Information...· 0 citations
The architecture of AI-KMS is examined, focusing on components like knowledge acquisition modules, inference engines, and user interfaces, along with the integration of deep learning and ontologies for improved knowledge representation, which shows improved accuracy in knowledge retrieval and decision-making efficiency.
Z. Yusuf, Vinoj M· International Journal of Art...· 0 citations
A five-phase framework comprising Strategic Conceptualisation, Systematic Literature Synthesis, Methodology Selection, Governance, Ethics and Trust, and Continuous Reflection and Feedback is proposed, positioning the human touch, curiosity, critical thinking, critical thinking, creativity, contextual expertise, and ethical judgement, as the foundation of responsible AI-assisted research planning.
Niranjan Devkota, M. Siddique, Dipendra Karki et al.· International Research Journ...· 0 citations
Against the global backdrop of widespread informatization and intelligent transformation, artificial intelligence (AI) technology, with its advanced data processing and analytical capabilities, is fundamentally reshaping knowledge management models across industries. As a core approach to enhancing organizational innovation capacity and market competitiveness, the integration of knowledge management with artificial intelligence has emerged as a prominent research hotspot in both academic research and practical application. Exploring the disruptive impact of AI on enterprise knowledge management will also become a critical trend in future research. This paper systematically reviews extant research on AI and knowledge management, and synthesizes relevant literature across multiple core dimensions, including knowledge discovery, knowledge flow, knowledge sharing, and knowledge innovation.
Lili Wang· Frontiers in Business, Econo...· 2 citations
AI in astrology is an interdisciplinary field that brings together various fields such as computer science, linguistics, ancient prediction systems, and predictive analytics. By studying planetary movements and celestial patterns, astrologers have been able to foretell and make sense of human conduct, life events, and environmental factors for ages. This comprehensive literature study delves into the evolving connection between artificial intelligence and astrology. Astrology, along with prediction and knowledge exchange, might benefit from modern computational technologies. Included in the analysis are topics such as automated horoscope generation, socio-ethical concerns, machine learning, predictive modelling, and user customisation. Research goals, datasets, important problems, results, and limitations are all covered in this paper's review of 24 major writers' and researchers' contributions to AI-controlled astrological systems from 2015 to 2026. As a technological and philosophically diverse multidisciplinary field, future paths seek to merge astrology with artificial intelligence. Ongoing scholarly inquiry is necessary to understand its societal effects and future.
Unknown authors· ITM Web of Conferences· 0 citations
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