The study of how humans interact with computers and how to design more usable computing interfaces.
This article introduces a system for real-time and continuous turn-taking prediction in spoken dialogue systems (SDSs). The system is based on a model called voice activity projection (VAP), which maps…
Continue readingThe paper discusses a study investigating how a robot’s affective narrative impacts its ability to elicit empathy in human observers. Three different affective narrative strategies (funny, sad, neutral) were used…
Continue readingThis paper presents a novel model for a robot’s behavioral adaptation in its long-term interaction with humans, integrating dynamic robot role adaptation with principles of flow experience from psychology. The…
Continue readingThe article ‘Advancing GUI for Generative AI: Charting the Design Space of Human-AI Interactions through Task Creativity and Complexity’ by Zijian Ding, focuses on investigating human-AI interaction modalities across a…
Continue readingThis research investigates how decisions to adapt or exchange a solution depend on the structural and surface features of the task. In a computer-based modular plant scenario, participants chose between…
Continue readingSpatialVisVR is a virtual reality (VR) platform designed to help in comparing medical images. It’s adaptable for data privacy and can capture pathology slides in real time via mobile. The…
Continue readingThe study presents an analysis of why millions of people interacted with Microsoft’s generative AI, Zo. It reviews the history and development of artificial intelligence, and the expectations of AI…
Continue readingThe article introduces the Robotic Signal Designer (RoSiD) tool developed to improve human-robot interaction. The tool allows users to design signals for robots based on their communicative preferences. It uses…
Continue readingThis study explores the use of personalized Parsons problems with multi-level textual explanations to assist novice programmers. These problems are used as scaffolding to help students understand and write code…
Continue readingThe article ‘Understanding Large-Language Model (LLM)-powered Human-Robot Interaction’ by Callie Y. Kim, Christine P Lee, and Bilge Mutlu explores the potential of large-language models (LLMs) in improving human-robot interaction. The…
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