The 13th International Conference on Distributed, Ambient and Pervasive Interactions (DAPI), an affiliated HCII 2025 Conference, provides a forum for interaction and exchanges among researchers, academics, and practitioners. DAPI 2025 extends the scope from by now "traditional" configurations of one or several persons interacting with a limited number of smart devices, e.g., in a smart room, towards ubiquitous smart environments like smart cities and smart ecosystems. This implies the contributions of additional disciplines providing more comprehensive perspectives.
Call for participation leaflet (51KB)
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The related topics include, but are not limited to:
- Objectives and Design Approaches for DAPI-Environments
- Design Principles: Values, Goals and Guidelines
- Ethically Aligned Design of Algorithms and Autonomous Systems
- Design Trade-offs (e.g., Human Control vs. Automation)
- Human-/People-/Citizen-Centered Design
- Human-Centered Artificial Intelligence
- Humane, Sociable and Cooperative Cities
- Impact of Ambient Intelligence and IoT on Society
- Participatory Design
- Privacy, Security, and Trust in Ambient Intelligence Systems
- Reconciling Humans and Technology
- Sensory Emotional Values (Aesthetics)
- Social Issues
- Information/Interaction/Experience Design for DAPI-Environments
- Adaptive and Responsive Environments
- Crowd- and Swarm-based Interaction
- Embedded and Embodied Interaction
- Implicit versus Explicit Interaction
- Multimodal and Multisensory Interaction
- "More-than-Human" Interaction, Non-Human Entities
- Social Interfaces
- Space-Time Dispersed Interaction
- Interaction in Hybrid Environments, e.g., symmetry in real and virtual worlds
- Tangible Interaction
- User Experience of Privacy, Security and Trust
- Enabling Technologies, Methods, and Platforms for DAPI-Environments
- Artificial Intelligence (AI) and Machine Learning (ML)
- Ambient and Pervasive Displays
- Architectures for Emergent and Collective Ambient Intelligence
- Combining Multiple Devices and Multiple Users
- Data Science and Recommendation Systems
- Digital Twins
- Evaluation Methods and Techniques, Field Studies, Deployments
- Generative AI in Context of Ambient Systems
- High Performance Computing
- Human Activity Modelling
- Indoor vs. Outdoor Tracking
- Interactive, Smart Materials and Physical Computing
- Internet of Things (IoT)
- Sensors and Actuators with their Dependencies
- Sensor Data: Reliability, Quality, and Combining Multiple Modalities
- Self-organization in Socially Aware Ambient Systems
- Spatial and Embodied Smartness
- Wearable Computing
- Applications, Solutions, and Systems for DAPI-Environments
- Affective Computing
- Ambient Assisted Living (AAL)
- Ambient and Pervasive Games in Hybrid/Augmented Worlds
- Groupware and Multi-User Ambient Environments
- Healthcare, Tele-Monitoring, and Well-being
- Human-AI Teaming and Collaboration
- Immersive Entertainment Environments
- Industrial Internet / Industry 4.0
- IoT and Logistics
- Lifelogging and Personal Informatics
- Product Memory, Transparency and Consumer Information
- Smart Artifacts in Smart Environments
- Smart Cities, Smart Ecosystems, Smart Carbon-Neutral Cities
- Beyond "smart-only" Cities
- Civic and Urban Computing
- Co-creation of Smart Cities
- Connected Cars and Automated Driving
- Connected and Hybrid Cities
- Environmental Sensing
- Living Labs, Context Laboratories, and Experiential Landscapes
- Location-based Smart Services
- Media Façades and Media Architectures
- Public and Transient Smart Spaces
- Smart Airports
- Smart Ecosystems including Learning Ecosystems
- Smart Regions and Smart Landscapes
- Smart Farming
- Smart Islands
- Smart Tourism
- Sustainability, Fair Trade, SDGs
- Urban Media Art
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Program Chair
NORBERT STREITZ
Smart Future Initiative, Germany
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Program Chair
SHIN'ICHI KONOMI
Kyushu University, Japan
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Board Members
- Dominique Decouchant
Universidad Autonoma Metropolitano (UAM), Mexico - Kyungsik Han
Hanyang University, Korea - Nicos Komninos
Aristotle University of Thessaloniki, Greece - H. Patricia McKenna
AmbientEase / UrbanitiesLab Initiative, Canada - Tatsuo Nakajima
Waseda University, Japan - Guochao Peng
Sun Yat-Sen University, P.R. China - Carsten Röcker
TH OWL, Germany - Reiner Wichert
Darmstadt University of Applied Sciences, Germany - Chui Yin Wong
Intel Corporation, Malaysia - Woontack Woo
KAIST, Korea - Mika Yasuoka-Jensen
Roskilde University, Denmark - Yuchong Zhang
KTH Royal Institute of Technology, Sweden
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