Abstract/Description
Interactive tabletop display provides a collaborative workspace to users around a table. Users sit in front of each other and they perform direct and collaborative multi-touch interaction simultaneously. Users access the interactive elements using their bare fingers. The finger works as a pointer device, and it has direct relation with the size, shape, and configuration of the interactive elements on sensitive displays. It is found that there is lack of precise selection of small size interactive elements owing to users' fat fingers. In this regard, it is aimed to propose a research design to evaluate the finger input properties in the context of imprecise selection. However, proposed research design consists of various phases that help to carry out the different research activities to evaluate finger input properties accordingly. It assists in investigating the factors that may cause the imprecise selection in the direct multi-touch input.
Keywords
Research design, Multi-touch display, Multi-touch, Precise selection, Finger input properties
Location
Room C4
Session Theme
Image Processing – I
Session Type
Other
Session Chair
Dr. Sharifullah Khan
Start Date
24-7-2011 1:00 PM
End Date
24-7-2011 1:15 PM
Recommended Citation
ullah, A., Mahmood, A. K., Sulaiman, S., & Khan, M. (2011). Image Processing – I: Research design for evaluation of finger input properties on multi-touch screen. International Conference on Information and Communication Technologies. Retrieved from https://ir.iba.edu.pk/icict/2011/2011/45
Image Processing – I: Research design for evaluation of finger input properties on multi-touch screen
Room C4
Interactive tabletop display provides a collaborative workspace to users around a table. Users sit in front of each other and they perform direct and collaborative multi-touch interaction simultaneously. Users access the interactive elements using their bare fingers. The finger works as a pointer device, and it has direct relation with the size, shape, and configuration of the interactive elements on sensitive displays. It is found that there is lack of precise selection of small size interactive elements owing to users' fat fingers. In this regard, it is aimed to propose a research design to evaluate the finger input properties in the context of imprecise selection. However, proposed research design consists of various phases that help to carry out the different research activities to evaluate finger input properties accordingly. It assists in investigating the factors that may cause the imprecise selection in the direct multi-touch input.
