Aug 2026· Message Understanding Conference· pp. 623-627· 0 citations· 14 references
Computer Science
TL;DR
This paper presents a reusable deployment framework built around Mads, the pib humanoid robot operated at the university's Usability Engineering and Verification Lab, and designs a browser-based Wizard-of-Oz control setup that enables students to conduct live user studies without requiring robotics or programming expertise.
Abstract
Humanoid social robots are becoming accessible to university laboratories beyond well-funded robotics groups, yet structured guidance for deploying them in student-led usability research remains scarce. This paper presents a reusable deployment framework built around Mads, the pib humanoid robot operated at the university's Usability Engineering and Verification Lab. The framework consists of two components: a Standard Operating Procedure (SOP) governing the full study lifecycle, and a browser-based Wizard-of-Oz (WoZ) control setup that enables students to conduct live user studies without requiring robotics or programming expertise. We designed this framework for low-cost platforms and describe a planned proof-of-concept study in which Mads acts as an active pause guide, leading participants through short movement breaks and delivering spoken feedback in real time. The framework and its protocol are offered as a documented artefact for the HRI and HCI education communities, with empirical validation planned as explicit future work.
Socially assistive robots (SARs) can support structured health and well-being interventions, but hardware and cost constraints limit interaction complexity and longitudinal real-world deployments. We present DART: Deployable Architecture for Robot-Mediated Tasks, an architecture that extends SARs through a web applicat...
Mina J. Kian, L. Ignatova, Jiong Wang et al.· 0 citations
The adoption of cobots in Industry 4.0 requires training strategies accessible to users with no prior knowledge of robotics or programming. This work presents X-HRC, a virtual reality platform developed within the MASTER-XR project and integrated into VIROO, which guides users through a collaborative robotic cell, intr...
A. R. Reina Terol, José María Herrera López, Isabel García Morales et al.· Jornadas de Automática· 0 citations
Preliminary evidence is provided that integrating CT within immersive VR-based HRI training can strengthen computational competencies and structured task performance in construction-relevant environments, while highlighting the need for expanded instructional designs to better support transfer to unfamiliar, high-compl...
Hameedreza Gucci, J. Morse, Amirhosein Jafari et al.· Journal of Civil Engineering...· 0 citations
Programming robots remains challenging for non-experts, as traditional methods require expert knowledge and even block-based interfaces often lack flexibility. Recent work has explored Large Language Models (LLMs) to automatically generate robot programs from natural language, but these systems remain limited by a lack...
Bijan Kavousian, Miray Özakkas, Josefine Monnet et al.· 0 citations
This work details the design, technical deployment, and empirical validation of X-MAIN (eXtended Reality for Maintenance and Inspection Training), an Extended Reality (XR) environment designed for preventive maintenance and safety protocols in industrial robotics. By replacing physical robotic cells with a safe and hig...
David Mulero-Pérez, Beatriz Zambrano Serrano, Enrique Ruiz Zúñiga et al.· Virtual Worlds· 0 citations
The use of collaborative robots (cobots) in Industry 5.0, where humans and robots interact in open workspaces, offers advantages in terms of physical support for humans and improves productivity, flexibility, and accuracy. However, these benefits can only be realised if human–robot collaboration (HRC) is carefully alig...
L. Vervier, H. Dammers, Felix Glawe et al.· ACM Transactions on Human-Ro...· 0 citations
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