Information
- Publication Type: Journal Paper (without talk)
- Workgroup(s)/Project(s):
- Date: 2026
- Article Number: 104739
- DOI: 10.1016/j.cag.2026.104739
- ISSN: 1873-7684
- Journal: Computers & Graphics
- Pages: 25
- Publisher: PERGAMON-ELSEVIER SCIENCE LTD
- Keywords: Guidance, Uncertainty, Visual Analytics, Decision Support Systems
Abstract
Several uncertainties emerge in each component of the visual analytics (VA) cycle that hinder the user’s ability to make efficient and effective decisions, e.g., through missing data, model approximations, or visual mappings. Well-known VA strategies aim first at making users aware of these uncertainties, often through visual means. When visuals alone are insufficient to accurately quantify or communicate uncertainties, VA designers may rely on guidance to support users’ understanding of these uncertainties throughout the VA cycle. While prior VA research has attempted to conceptualize guidance, the ability and mechanisms for guidance to comprehensively address different sources of uncertainties remain an open question. In this survey, we characterize the relationships between uncertainties and guidance in VA literature. Our key contribution is a taxonomic framework that relates uncertainty sources to relevant guidance strategies and their respective profiles, i.e., roles, scopes, and features. Through this taxonomy, we discuss how guidance addresses uncertainties, identify research gaps, and promote a more comprehensive understanding of guidance strategies to support effective design for uncertainty in VA. Our survey underscores the effectiveness of guidance in navigating uncertainties with context-aware and multi-scope strategies. We highlight challenging opportunities for further research in this space, especially in the adjacent areas of accessibility and onboarding, and suggest new research areas, such as narrative and persuasion guidance to support uncertainty awareness in VA.Additional Files and Images
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Weblinks
BibTeX
@article{musleh-2026-gtu,
title = "Guiding through uncertainties in visual analytics: A survey",
author = "Maath Musleh and Davide Ceneda and Ke Er Amy Zhang and Laura
Garrison and Ignacio P\'{e}rez-Messina and Silvia Miksch and
Renata Georgia Raidou",
year = "2026",
abstract = "Several uncertainties emerge in each component of the visual
analytics (VA) cycle that hinder the user’s ability to
make efficient and effective decisions, e.g., through
missing data, model approximations, or visual mappings.
Well-known VA strategies aim first at making users aware of
these uncertainties, often through visual means. When
visuals alone are insufficient to accurately quantify or
communicate uncertainties, VA designers may rely on guidance
to support users’ understanding of these uncertainties
throughout the VA cycle. While prior VA research has
attempted to conceptualize guidance, the ability and
mechanisms for guidance to comprehensively address different
sources of uncertainties remain an open question. In this
survey, we characterize the relationships between
uncertainties and guidance in VA literature. Our key
contribution is a taxonomic framework that relates
uncertainty sources to relevant guidance strategies and
their respective profiles, i.e., roles, scopes, and
features. Through this taxonomy, we discuss how guidance
addresses uncertainties, identify research gaps, and promote
a more comprehensive understanding of guidance strategies to
support effective design for uncertainty in VA. Our survey
underscores the effectiveness of guidance in navigating
uncertainties with context-aware and multi-scope strategies.
We highlight challenging opportunities for further research
in this space, especially in the adjacent areas of
accessibility and onboarding, and suggest new research
areas, such as narrative and persuasion guidance to support
uncertainty awareness in VA.",
articleno = "104739",
doi = "10.1016/j.cag.2026.104739",
issn = "1873-7684",
journal = "Computers & Graphics",
pages = "25",
publisher = "PERGAMON-ELSEVIER SCIENCE LTD",
keywords = "Guidance, Uncertainty, Visual Analytics, Decision Support
Systems",
URL = "https://www.cg.tuwien.ac.at/research/publications/2026/musleh-2026-gtu/",
}