IROS 2026

Deadlines
Machine Learning/CORE Unranked

IROS 2026

IROS 2026 Workshop, "Small Data, Rich Sensing: Multimodal Learning for Robotic Manipulation"

Sep 27 2026Pittsburgh, Pennsylvania, United StatesOfficial workshop site Link status unverified

The Small Data, Rich Sensing workshop at CoRL 2026 explores how multimodal sensing—beyond vision—is essential for robotic manipulation in contact-rich environments. It brings together researchers to investigate the minimal additional sensing and modeling required to bridge the sensory gap where vision-only foundation models fail under real-world physical constraints.

Official CFP Back to deadlines Verified September 9, 2026

Key deadlines

Verified September 9, 2026

Full paper

September 6, 2026

AoE

Workshop timeline

Submission and decisions

Full paperKey deadline

September 6, 2026 · AoE

Paper fit

Contribution paths

A strong submission should clearly identify its contribution and evaluate it appropriately.

Short papers

4 pages + references

Extended abstracts

2 pages

Research areas in scope

01

Foundation Models & VLA

Vision–language–action and foundation-model pipelines for manipulationFailure-mode taxonomies for vision-only policies under contact, friction, compliance, and occlusionSensory sufficiency evaluation via principled ablations and capability-centric metrics (success, robustness, recovery, and safety)
02

Rich Sensing

Tactile and haptic sensing, force/torque, proprioception, and audio for contact-rich interactionSensor design, simulation, and calibrationIdentifying when non-visual signals change capability—not just accuracy
03

Multimodal Learning & Control

Multimodal fusion and representation learningContact-aware control interfacesUncertainty estimation and recovery under limited real-world dataEvaluation protocols, reproducible benchmarks, and negative/ablation results

Policies worth checking twice

  • Submissions must be on topics including multimodal sensing for manipulation, foundation models for contact-rich tasks, tactile/haptic perception, force/torque estimation, multimodal fusion, contact-aware control, and evaluation protocols for sensory sufficiency
  • Works-in-progress, ablation studies, negative results, and system papers with reproducible artifacts (datasets, protocols, benchmarks) are welcomed
  • Accepted contributions will be presented as posters with optional lightning talks
  • Submissions must be made via OpenReview

Official sources

Compiled from the official call for papers. The organizers’ pages remain authoritative.

Last verified September 9, 2026