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Work I completed at Oregon State University REU: Robots in the Real World (Summer 2022).

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REU-CHARISMA-Lab

Oregon State University | Research Experience for Undergraduates: Robots in the Real World - CHARISMA Robotics Laboratory

Project Name: Scary Triangles and Friendly Arcs: Developing Geometric Features for Multi-Robot Expressive Motion

Advisor: Dr. Heather Knight

Mentor: Alexandra Bacula

Contributors: Ethan Villalovoz, Alexandra Bacula

Introduction

Welcome to the REU-CHARISMA-Lab repository! This repository contains the work completed during my Research Experience for Undergraduates (REU) program at Oregon State University's CHARISMA Robotics Laboratory.

Project Description

The goal of this project was to explore how geometric formations influence human perception of robots and develop geometric features for multi-robot expressive motion to enhance human-robot interaction. I conducted literature reviews, implemented Python scripts for calculating geometric formations, and participated in the design and execution of two studies. Additionally, I contributed to writing up our findings, which were published at the 2023 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS).

Repository & Installation Setup

To access the code in this repository, follow these steps:

  • This repository hosts code developed using PyCharm Community Edition. However, you can use any IDE or software of your choice.
  • Ensure you have Python 3.9 installed on your system.
  • To download the code, navigate to the folder of your interest within the repository.

Documentation

For more information on our project, you can view:

  • Final Presentation: This presentation provides an overview of our project and key findings.
  • Paper Draft: This document contains a draft of our research paper, detailing our methodology, results, and conclusions.

Publication Information

Our work has been accepted and published at the 2023 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS). You can read the full paper here.

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Work I completed at Oregon State University REU: Robots in the Real World (Summer 2022).

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