Context-based Innovative Mobile User Interfaces

摘要: With the development of various sensors and devices, computing is no longer limited to desktop mode. However, traditional user interface, used on computer, appropriate for ubiquitous computing. A sophisticated mobile environment requires dedicated design interfaces involving input output techniques with new emerging features beyond ability ones. One possible solutions enable interaction break limitation mode nomadism, another one mobility. We propose three related these two solutions: In-environment interface (IEI), Environment Dependent Interface (EDI) Independent (EII). exclude IEI mainly focus wearable interaction. This thesis aims at an investigation research issues involved in design, implementation evaluation EDI EII. First, we globally present our approach innovative (IEI, EII), their configurations (camera-glasses device unit camera-projector unit), real examples use (including Research Team Interaction Scenario) preliminary selection prove feasibility prototypes. Second, order concretize EII, a continuum ranging from physical physical-digital mixed digital interface. Based paper-based MobilePaperAccess camera-glasses system allowing accessing information paper devised validate concepts The (EDI EII) (finger input, mask page input) have been evaluated both quantitative qualitative methods this system. projected scalable PlayAllAround provides nearer small-size farther large-size supporting private public use. In reference-cell principle decomposition application tasks formation hover gesture Results experiments shown that performs well To go step further, explore hand gestures including gesture, pinch fist-palm gesture. employ as pointing, drag-drop action painting. satisfy requirements daily life, investigate how might interact stationary settings. compare interactions under situations standing, sitting walking. Furthermore, satisfaction operation head worn configuration has done discussed. Finally, along continuum, continue by goal concretizing contains marker-based part AR-toolkit tags part. Since projection display can be alternative method provide large presentation image without any external support device, capacity contain more dynamical choices compared conclusion, investigated theoretical analysis, practical development, studies. Our work many-sided interfaces, techniques, which will pave foundation future interfaces.