WORKSHOP, Gothenburg, sWEDEN

SEPTEMBER 20, 2026, 08:30–12:30

From Roadways to Shared Spaces

Extending Vehicle eHMI Research to Public Mobile Robots

Exploring how vehicle eHMI research can inform human–robot interaction in shared public spaces.

WHY THIS WORKSHOP

Why move beyond the road?

The AutoUI community has developed substantial knowledge on how automated vehicles communicate with pedestrians through external Human–Machine Interfaces. Much of this research assumes predictable spatial separation between roads and sidewalks. Public Mobile Robots challenge this assumption as they operate directly in shared spaces.

VEHICLE–PEDESTRIAN INTERACTION
Road → Physical separation → Discrete crossing decision

PMR–PEDESTRIAN INTERACTION
Shared space → Continuous co-occupation → Passing, yielding, coordination & social distance

TRANSFER

Which principles transfer directly?

ADAPTATION

Which principles need modification?

NEW FRAMEWORKS

Which challenges require new approaches?

Keynote Talk

We’re Excited to Announce Our Workshop Keynote Speaker! 🎉

HONDA RESEARCH Institute usa

Zhaobo Zheng

Senior Scientist

HONDA RESEARCH Institute usa

Shashank Mehrotra

Senior Scientist

WORKSHOP PROGRAM

An interactive research workshop, not a sequence of talks.

01 — WELCOME & KEYNOTE

Welcome, introductions, and invited keynote perspectives.

02 — ACTIVITY 1: TRANSFER

Which vehicle eHMI principles can transfer to PMRs?

Comparison diagram between vehicle eHMI and public mobile robots

03 — ACTIVITY 2: RETHINK

What if eHMI is not enough?

Three-panel pedestrian and public mobile robot shared-space scenarios

04 — SYNTHESIZE

Share findings and identify research gaps and future directions.

MEET THE ORGANIZERS

Suhwan Jung

Hanyang University ERICA

Young Woo Kim

Gyeongsang National University

Xinyan Yu

KTH Royal Institute of Technology

Portrait of Callum Parker

Callum Parker

The University of Sydney

Byungju Kim

Delft University of Technology

Joel Fredericks

The University of Sydney

WHO SHOULD ATTEND?

Join researchers across AutomotiveUI, HRI, robotics, human factors, and interaction design to explore how autonomous systems can communicate, coordinate, and coexist in shared public spaces.