Reality, Autonomy, and Robot Experience (RARE) Lab

Mission

Our mission is to solve the grand challenges in human-centered robotics by designing and studying preferred robot interactions and capable robotic systems powered by AI.

Vision

We envision an era of interactive robots that provide superior robot experiences for humans to interact, collaborate, team up, and live with.


News

Learn RARE Lab’s latest research, outreach, and members’ achievements!


I-Corps Customer Discovery Travel Grant

RARE Lab I-Corps team was awarded $3,000 travel grant for customer discovery!

2026 Automation Fest Outreach

Reaching out for broader impacts–RARE Lab participated Automation Fest!

ICRA 2027 Associate Editor

Dr. Zhao Han serves as an Associate Editor for ICRA 2026 under Human-Robot Interaction 2!

HRI 2027 Area Chair

Dr. Zhao will serve as area chair (AC) for HRI 2027!

2026 Inaugural Cybersecurity / AI Cohort of I-Corps@USF

Dr. Zhao Han (PI), Dr. Hongdao Meng (PI), and RARE Lab Ph.D. student Sakina Rao (Entrepreneurial Lead) were just selected as members of the 2026 Inaugural Cybersecurity / Artificial Intelligence cohort of the I-Corps@USF program!

RARE Lab at 2026 ROMAN

RARE Lab presented at 2026 IEEE ROMAN in Kitakyushu, Japan: Yixi and Ashley were presenting a full paper and Dr. Zhao Han was serving as a session chair!

Ph.D. student Sakina Rao has joined the RARE Lab. Welcome!

IEEE ROMAN 2026 Student Volunteer Program

RARE Lab PhD student, Yixi Chen, was selected as student volunteer at IEEE ROMAN 2026!

Research

Research focuses on interdisciplinary human-robot interaction (HRI), involving robotics, AI, augmented reality (AR), cognitive science, and psychology… See Research Overview →

Recent Publications

Understanding Dentists’ and Patients’ Perspectives on Dentistry Robots: An Exploratory Study in Dentist-Patient-Robot Interaction

Understanding Dentists’ and Patients’ Perspectives on Dentistry Robots: An Exploratory Study in Dentist-Patient-Robot Interaction

RO-MAN 2026
Towards Contextual Robot Intent Explanation for Hierarchical Vision–Language–Action Collaboration

Towards Contextual Robot Intent Explanation for Hierarchical Vision–Language–Action Collaboration

ICRA 2026 SRRA
Towards Leveraging Humans’ Implicit Interaction Cues for Fluent Human-Humanoid Interaction

Towards Leveraging Humans’ Implicit Interaction Cues for Fluent Human-Humanoid Interaction

ICRA 2026 SCR@Home
Indicating Robot Vision Capabilities with Augmented Reality

Indicating Robot Vision Capabilities with Augmented Reality

SO-RO
Evaluating Dynamic Surface Compensation for Robots with Projected AR

Evaluating Dynamic Surface Compensation for Robots with Projected AR

HRI 2026 LBR
Bloom Preview: A Low-Cost LLM-Powered Social Robot

Bloom Preview: A Low-Cost LLM-Powered Social Robot

HRI 2026 Interactivity
The RUSH Checklist: A Standardized Framework for Reporting User Studies in Human-Robot Interaction

The RUSH Checklist: A Standardized Framework for Reporting User Studies in Human-Robot Interaction

HRI 2026
Givenness Hierarchy Theoretic Sequencing of Robot Task Instructions

Givenness Hierarchy Theoretic Sequencing of Robot Task Instructions

Frontiers in Robotics and AI