Skill UI

This is a comprehensive audit checklist for submitting full-length research papers to the HRI conference. It guides authors through critical submission mechanics, including adhering to two-step deadlines (abstract then paper), selecting the correct technical track, managing formatting (8 pages, ACM template), ensuring double-blind anonymity across PDF, video, and data, and meeting human-participants ethics standards before final submission.

A comprehensive guide for structuring Human-Robot Interaction (HRI) conference submissions. It outlines the critical distinction between core, decision-making content (which must remain in the 8-page body) and supplementary materials (e.g., extended tables, instruments, codebooks). Special emphasis is placed on treating the video figure as a primary artifact, ensuring it is short, legible, and properly anonymized for double-blind review.

This comprehensive guide helps authors navigate the complex decision of where to submit their Human-Robot Interaction (HRI) research. It outlines critical criteria, including the robot-embodiment and human-in-the-loop tests, to determine the correct venue (e.g., HRI, CHI, ICRA/IROS). Furthermore, it details the five specialized tracks within HRI and advises authors on matching their primary technical contribution to the most suitable academic domain.

This guide provides a comprehensive backward planning workflow for submitting a full paper to the ACM/IEEE HRI conference. It warns researchers that the most critical and time-consuming steps—such as IRB approval, participant recruitment, and data collection—must be planned months in advance, often taking longer than the writing process. It maps out the entire academic cycle, from initial abstract submission through to camera-ready preparation, including parallel tracks like alt.HRI and Late-Breaking Reports.

A comprehensive guide for structuring and writing rigorous, interdisciplinary Human-Robot Interaction (HRI) papers for top-tier academic venues. This skill emphasizes leading with the human-robot interaction problem, explicitly defining the research gap, stating hypotheses, and ensuring that claims are proportional to the evidence, all while adhering to strict academic page budgets.

A comprehensive guide to strategically routing robotics research projects. This skill helps determine whether a project is best suited for ICRA, IROS, CoRL, RA-L, or other specialized venues. It evaluates your work based on the physical embodiment test, contribution type (e.g., HRI, manipulation, perception), and provides a decision framework between direct conference submission and journal publication.