Human-Computer Interaction with Mobile Devices and Services

Inhaltsverzeichnis

• Keynote Speakers.
• People versus Information: The Evolution of Mobile Technology.
• The Zen of Everyday Encounters: Spontaneous Interaction in Ubiquitous Systems.
• Studying Mobile Users in Their Natural Contexts.
• Understanding Mobile Contexts.
• Motorcyclists Using Hocman – Field Trials on Mobile Interaction.
• Connecting Remote Visits and Design Environment: User Needs and Prototypes for Architecture Design.
• Everyday Wearable Computer Use: A Case Study of an Expert User.
• Input Techniques for Mobile Devices.
• Using Mobile Keypads with Limited Visual Feedback: Implications to Handheld and Wearable Devices.
• Time-Out in Mobile Text Input: The Effects of Learning and Feedback.
• SyncTap: An Interaction Technique for Mobile Networking.
• Location-Aware Guides and Planners.
• Experiments with Multi-modal Interfaces in a Context-Aware City Guide.
• Design Criteria for Location-Aware, Indoor, PDA Applications.
• The Design and Evaluation of a Mobile Location-Aware Handheld Event Planner.
• Bringing Mobile Services to Groups in Workplaces.
• Supporting Local Mobility in Healthcare by Application Roaming Among Heterogeneous Devices.
• Aligning Work Practices and Mobile Technologies: Groupware Design for Loosely Coupled Mobile Groups.
• Encouraging Face-to-Face Collaborative Learning through the Use of Handheld Computers in the Classroom.
• Mobile Gaming.
• Human Pacman: A Mobile Entertainment System with Ubiquitous Computing and Tangible Interaction over a Wide Outdoor Area.
• OpenTrek: A Platform for Developing Interactive Networked Games on Mobile Devices.
• Tools and Frameworks for Mobile Interface Design and Generation.
• Supporting Efficient Design of Mobile HCI.
• Dygimes: Dynamically Generating Interfaces for Mobile Computing Devices and Embedded Systems.
• Online Transcoding of WebPages for Mobile Devices.
• Multi-modal Framework to Support Users with Special Needs in Interaction with Public Information Systems.
• Usability and HCI Research Methods.
• Usability Evaluations for Multi-device Application Development Three Example Studies.
• A Review of Mobile HCI Research Methods.
• Short Talks.
• Exploring the Utility of Remote Messaging and Situated Office Door Displays.
• TimeMachine Oulu – Dynamic Creation of Cultural-Spatio-Temporal Models as a Mobile Service.
• Awase-E: Image-Based Authentication for Mobile Phones Using User’s Favorite Images.
• Older Users’ Requirements for Location Based Services and Mobile Phones.
• GentleGuide: An Exploration of Haptic Output for Indoors Pedestrian Guidance.
• Sound Visualization and Retrieval Technique for Assisting Hearing Memory of Patrol Worker.
• Constructing Public Discourse with Ethnographic/SMS “Texts”.
• A Customer Satisfaction Evaluation Model for Mobile Internet Services.
• Designing Adaptive Mobile Applications: Abstract Components and Composite Behaviors.
• Cinematic Techniques for Mobile Presentations.
• Using a Mobile Device to Vary the Pace of Search.
• Designing Advanced Mobile Applications Examples of UMTS Trial Applications.
• iCAMS2: Developing a Mobile Communication Tool Using Location Information and Schedule Information with J2ME.
• Understanding and Modeling Physical Environments for Mobile Location Aware Information Services.
• SmartLibrary – Location-Aware Mobile Library Service.
• Posters.
• The Human Interface in Mobile Applications.
• I’m Here!: A Wearable Object Remembrance Support System.
• Towards a Framework to Develop Plastic User Interfaces.
• Context-Aware Interaction in a Mobile Environment.
• Platform Awareness in Dynamic Web User Interfaces Migration.
• User Needs for Developmentof Context Dependent Devices in Mobile Home Care.
• Context Information in Mobile Telephony.
• Component Model and Programming: A First Step to Manage Human Computer Interaction Adaptation.
• Mobile Tele-instruction Using Interactive Augmented Reality.
• A Study on the Predicate Prediction Using Symbols in Augmentative and Alternative Communication System.
• Electronic Navigation – Some Design Issues.
• The Use of Statistically Derived Personas in Modelling Mobile User Populations.
• M3I in a Pedestrian Navigation & Exploration System.
• Mobile Devices: Opportunities for Users with Special Needs.