CXD Lab
In CXD Lab, we envision novel XR & AI systems
through Human-Computer Interaction (HCI) & UX Research
within the paradigm of Digital-Physical Convergence trends.
How should we incorporate digital intelligence more seamlessly into our physcial world that we are living in? Our lab designs and evaluates novel interactive systems that could converge digital and physical worlds. We investigates various applications, including content creation, exhibition, creativity support, education, robotics, and smart environment.
CXD 연구실은 디지털 인텔리전스와 물리적 환경의 경계를 연결하는 사용자 경험(UX)을 탐구하는 연구실입니다. 본 연구실은 ‘인간-컴퓨터 상호작용(HCI)‘과 ‘인터랙션 디자인’ 관점을 바탕으로, 교육, 문화 예술, 창의력 지원 도구, 스마트홈 등 다양한 분야에서의 AI·XR 기술의 가능성과 가치를 탐색하고, 이를 바탕으로 혁신적인 UX 및 시스템 디자인 솔루션을 제안합니다.
Research Areas Research Methods → join us
Img

ACTIVE ONGOING PROJECTS (2025 ~)
  • Development of Creator-enhanced Interactions for Convergence Museums with XR & AI Technology (NRF)
  • AI Music Generation based on the Artwork Perception and Embodied Appreciation (NRF)
  • Designing Interactions for Embodied Knowledge Sharing Platform through Agent-based Digital Humans (NRF)
  • Spatial Sensory Interactions with Gen AI in XR for enhanced Learning and Touring (Yonsei)
  • Restrictive Embodied Interacitons in Physical-Digital Logging (NRF)
  • New Interfaces for Sustainable LLM AI

PUBLISHED PROJECTS
Here you can see our 6 most recent published projects. Click the ‘View All Projects’ button to discover all the other projects we’ve completed. To view unpublished ongoing projects, please feel free to contact us.
PONIFY: Pose-driven Painting Sonification to Enhance Augmented Artwork Perception through Sense of Dynamics
We introduce Ponify, a sonification method that translates a painting’s sense of dynamics into music through pose analysis. Ponify analyzes the limb movements of human figures in paintings and configures musical parameters such as the tempo and density to convey dynamic perceptions.
Designatomy: Technology-Driven Rapid Ideation Pedagogy for Tech-Novice Design Students
This article introduces Designatomy, a novel approach to guide technology-driven design approaches to tech-novice design students. This method employs a taxonomy framework as a foundational thinking strategy, encouraging students to independently explore and comprehend design features shaped by new technologies.
User-Centered Investigation of Generative AI and XR Interactions in 3D Product Design Tools
This paper envisions generative Artificial Intelligence (AI) and eXtended Reality (XR) as means to better novices in adopting dual roles as designers and users while personalizing 3D products. A generative design study with 24 participants in their homes examined how novices think and act while designing personal products.
Exploring the Next Phase of Situated and Interactive Docents for XR Exhibitions: From the Perspective of Knowledge Delivery
This study investigates how XR interactions enhance museum knowledge delivery by analyzing 737 exhibit commentaries, interviewing curators to identify communication challenges, and proposing XR design strategies that incorporate situated visualization, spatio-temporal interaction, and participatory embodiment for richer visitor experiences.
Investigating Work Companion Robot Interactions to Enhance Work-from-Home Productivity and Experience
This study proposes a desktop robot companion, Roby, that monitors workers’ behaviors to provide real-time interactive feedback to increase productivity and to enhance the WFH experience.
Everyday Objects in VR Shape Exploration Tools for Novice Artists - A way to Support Geometry Shaping Process for Non-professionals
ShapeloreVR is proposed, which utilizes everyday objects and basic primitives in a VR design playground so that non-experts can quickly interact with, merge, modify, and generate desired 3D shapes while brainstorming.
→ View All Projects

RECENT NEWS
2018-09-04
→ View All News & Essays

Are you interested in joining our lab?

Explore more about our research vision, key interests, frequently used methodologies, and application process. We welcome highly motivated students eager to innovate and shape the future through design and technology. :)

→ Our Research Areas → Research Methods → Join Us → FAQ