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20232026
most citedRELIC: Investigating Large Language Model Responses using Self-Consistency

33 citations · 61 across the 42 of their papers we have counts for

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cs.HC2026

Point, Revise, Review: Grounded Agentic Analysis in Reactive Notebooks with marimo-lens

Péter Ferenc Gyarmati, Trevor Manz, Dominik Moritz +1

In a computational notebook, a human can point to a rendered result and ask about "this," while an agent acts through cells, dependencies, and runtime state. When what the human se…

cs.HC2026

MIVAIS: A Study Environment for Multi-Agent Mixed-Initiative Visual Analytics Applications

Tobias Stähle, Simon Schneider, Rita Sevastjanova +1

Mixed-initiative Visual Analytics (VA) systems empower human users by interleaving human intuition with software agents and their machine intelligence. However, the development and…

cs.HC2026

Creativity from Friction: Human-AI Interaction for Exploratory Structural Design

Ricardo Maia Avelino, Rita Sevastjanova, Tom Van Mele +2

AI agents that generate final answers based on user input often do not meet the needs of creative fields. Fields such as structural design and architecture need interactive systems…

cs.HC2026

GeoXplain: On-the-Fly Visual Explanations for Weather Foundation Models

Clemens Walter Koprolin, Leonardo Trentini, Benedikt Soja +2

Weather and climate foundation models produce high-dimensional forecasts whose learned relationships are difficult to inspect with static plots alone. GeoXplain is an interactive P…

cs.HC2026

From Interaction to Intent: Inferring User Objectives from Provenance Logs

Steffen Holter, Tobias Stähle, Arpit Narechania +1

The ability to automatically infer analytic intent from user interaction histories could enable interactive AI systems to proactively assist users during exploratory data analysis.…

cs.HC2026

GEMS -- Guided Evolutionary Molecule Design for Sustainable Chemicals

Coelina Robinson, Franziska Weissbach, Kjell Jorner +2

Designing safe and sustainable chemicals is critical to combat chemical pollution in our environment. Computational and AI-assisted methods have been developed to aid de novo molec…