Name: GestUI: A Model-driven Method and Tool for Including Gesture-based Interaction in User Interfaces
Keywords: Interface (matter), Artificial intelligence, gesture-based user interface, Web Accessibility and Disability Divide, Gesture-based user interface, Feature (linguistics), Gesture Recognition, Social Sciences, gesture-based interaction, Human Factors and Ergonomics

GestUI: طريقة وأداة قائمة على النموذج لتضمين التفاعل القائم على الإيماءات في واجهات المستخدم

descriptionPublicationkeyboard_double_arrow_right Article , Other literature type 29 Apr 2016Publisher:Riga Technical UniversityJournal:Complex Systems Informatics and Modeling Quarterly (eissn: 2255-9922,

Authors: Otto Parra; Sergio España; Óscar Pastor;

doi: 10.7250/csimq.2016-6.05 , 10.60692/40s8v-bhx36 , 10.60692/r0hkh-2mj46

GestUI: A Model-driven Method and Tool for Including Gesture-based Interaction in User Interfaces

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Abstract

Among the technological advances in touch-based devices, gesture-based interaction have become a prevalent feature in many application domains. Information systems are starting to explore this type of interaction. As a result, gesture specifications are now being hard-coded by developers at the source code level that hinders their reusability and portability. Similarly, defining new gestures that reflect user requirements is a complex process. This paper describes a model-driven approach to include gesture-based interaction in desktop information systems. It incorporates a tool prototype that captures user-sketched multi-stroke gestures and transforms them into a model by automatically generating the gesture catalogue for gesture-based interaction technologies and gesture-based user interface source codes. We demonstrated our approach in several applications ranging from case tools to form-based information systems.

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Keywords

Interface (matter), Artificial intelligence, gesture-based user interface, Web Accessibility and Disability Divide, Gesture-based user interface, Feature (linguistics), Gesture Recognition, Social Sciences, gesture-based interaction, Human Factors and Ergonomics, Set (abstract data type), Information technology, information systems, Gesture recognition, Gesture, Tangible User Interfaces in Human-Computer Interaction, Information systems, User-defined Gestures, Usability Evaluation in Human-Computer Interaction, Multi-touch Sensing, Reusability, Code (set theory), Bubble, Human–computer interaction, Multi-stroke gestures, multi-stroke gestures, Model-driven architecture, Linguistics, T58.5-58.64, Computer science, User interface, Process (computing), Programming language, FOS: Philosophy, ethics and religion, Human-Computer Interaction, Operating system, Philosophy, Tangible User Interfaces, Computer Science, Physical Sciences, FOS: Languages and literature, Software portability, Maximum bubble pressure method, Multi-Device Interfaces, Software, Model-driven architecture; gesture-based interaction; multi-stroke gestures; information systems; gesture-based user interface, Gesture-based interaction

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An empirical comparative evaluation of gestUI to include gesture-based interaction in user interfaces
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