Special libraries’ odyssey into the 3D realm

Author:

Adewojo Akinade Adebowale,Dunmade Aderinola Ololade

Abstract

Purpose 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. Design/methodology/approach 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. Findings 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. Originality/value 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.

Publisher

Emerald

Subject

Library and Information Sciences,Information Systems

Reference18 articles.

1. 3D scanning and printing technology for preservation of cultural heritage: a systematic review;Journal of Cleaner Production,2022

2. 2023 Library systems report: the advance of open systems;American Libraries,2023

3. Digitization of ancient artefacts and fabrication of sustainable 3D-printed replicas for intended use by visitors with disabilities: the case of Piraeus archaeological museum;Sustainability,2023

4. Rapid design of 3D reflect array antennas by inverse surrogate modeling and regularization;IEEE Access,2023

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