Exploring Collaborative Immersive Visualization & Analytics for High-Dimensional Scientific Data through Domain Expert Perspectives
Fahim Arsad Nafis, Jie Li, Simon Su, Songqing Chen, Bo Han

TL;DR
This paper investigates how collaborative immersive visualization tools can support multi-user scientific data analysis, based on interviews with domain experts, revealing challenges, perceptions, and design opportunities for effective teamwork.
Contribution
It provides empirical insights into collaboration practices and offers design implications for next-generation multi-user immersive scientific visualization platforms.
Findings
Current ecosystems disrupt coordination and shared understanding
Opportunities exist for effective multi-user engagement
Design implications enhance mutual awareness and participation
Abstract
Cross-disciplinary teams increasingly work with high-dimensional scientific datasets, yet fragmented toolchains and limited support for shared exploration hinder collaboration. Prior immersive visualization and analytics research has emphasized individual interaction, leaving open how multi-user collaboration can be supported at scale. To fill this critical gap, we conduct semi-structured interviews with 20 domain experts from diverse academic, government, and industry backgrounds. Using deductive-inductive hybrid thematic analysis, we identify four collaboration-focused themes: workflow challenges, adoption perceptions, prospective features, and anticipated usability and ethical risks. These findings show how current ecosystems disrupt coordination and shared understanding, while highlighting opportunities for effective multi-user engagement. Our study contributes empirical insights…
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Taxonomy
TopicsData Visualization and Analytics · Scientific Computing and Data Management · Virtual Reality Applications and Impacts
