Son kullanıcıların havada yapılan hareketlere dayalı arayüzler oluşturması

Devices that sense the alignment and motion of human limbs via computer vision have recently become a commodity; enabling a variety of novel user interfaces that use human gesture as the main input modality. The design and development of these interfaces requires programming tools that support the representation, creation and manipulation of information on human body gestures. Following concerns such as usability and physical differences among individuals, these tools should ideally target end-users and designers as well as professional software developers. This thesis documents the design, development, deployment and evaluation of a software application to support gesture authoring by end-users for skeletal tracking vision-based input devices. The software enables end-users without programming experience to introduce gesture control to computing applications that serve their own goals; and provides developers and designers of gestural interfaces with a rapid prototyping tool that can be used to experientially evaluate designs. Keywords Hotspotizer; gestural interaction; gesture authoring; visual programming; end-user development; interface prototyping; mid-air gestures; perceptual interaction; Kinect.