Information
- Publication Type: Invited Talk
- Workgroup(s)/Project(s): not specified
- Date: 3. November 2025
- Event: 1st Workshop on Logo GenAI, Agents, and the Future of VIS (IEEE VIS 2025)
- Location: Vienna
- Conference date: 3. November 2025
- Keywords: Multiagentensystem
Abstract
Recent advancements in the field of AI agents have impacted the way we work, enabling greater automation and collaboration between humans and agents. In the data visualization field, multiagent systems can be useful for employing agents throughout the entire data-to-communication pipeline. We present a lightweight multi-agent system that automates the data analysis workflow, from data exploration to generating coherent visual narratives for insight communication. Our approach combines a hybrid multi-agent architecture with deterministic components, strategically externalizing critical logic from LLMs to improve transparency and reliability. The system delivers granular, modular outputs that enable surgical modifications without full regeneration, supporting sustainable human-AI collaboration. We evaluated our system across 4 diverse datasets, demonstrating strong generalizability, narrative quality, and computational efficiency with minimal dependencies.Additional Files and Images
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Weblinks
BibTeX
@talk{wolter-2025-mdv,
title = "Multi-Agent Data Visualization and Narrative Generation",
author = "Anton Wolter and Georgios Vidalakis and Michael Yu and Ankit
Grover and Vaishali Dhanoa",
year = "2025",
abstract = "Recent advancements in the field of AI agents have impacted
the way we work, enabling greater automation and
collaboration between humans and agents. In the data
visualization field, multiagent systems can be useful for
employing agents throughout the entire data-to-communication
pipeline. We present a lightweight multi-agent system that
automates the data analysis workflow, from data exploration
to generating coherent visual narratives for insight
communication. Our approach combines a hybrid multi-agent
architecture with deterministic components, strategically
externalizing critical logic from LLMs to improve
transparency and reliability. The system delivers granular,
modular outputs that enable surgical modifications without
full regeneration, supporting sustainable human-AI
collaboration. We evaluated our system across 4 diverse
datasets, demonstrating strong generalizability, narrative
quality, and computational efficiency with minimal
dependencies.",
month = nov,
event = "1st Workshop on Logo GenAI, Agents, and the Future of VIS
(IEEE VIS 2025)",
location = "Vienna",
keywords = "Multiagentensystem",
URL = "https://www.cg.tuwien.ac.at/research/publications/2025/wolter-2025-mdv/",
}