Abstract—This project aims to develop a prototype of
positioning device together with graphical user interface as a
device to computer interface. The processes of device
development are 1) using infrared LED lamps as light sources
with a wavelength of 940 nm: the brightest level, for pointing
out the specified location. 2) Wii Remote is a location input
device and image processing to send data to a computer, and 3)
reflective fabrics to reflect the light waves and using black
gloves to reduce unwanted ambient light. The device is
controlled by the programming the device placement and the
graphical user interface on the display screen. The program is
developed by using the principle of infrared light reflected at
various locations. The quality of the device and the graphical
user interface are evaluate by experts. The result of the project
is the device works as expected as using the concept of reflective
glow from the source to the reflective material and then send
data to process through a series of commands that are created
to locate. Moreover, the developed device can be applied to
various applications and projects. The assessment by experts
results that the project rank in a good level and can be update
for further development.
Index Terms—Graphics User Interface, Multipoints Infrared
Reflection, Pointing Device.
Authors are from King Mongkut’s University of Technology, Thonburi,
Thailand (suriyong.ler@kmutt.ac.th).
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Cite:Suriyong Lertkulvanich, Tanasan Rujeera, Maytee jariyavorakit, and Suwat Buranapatpot, "A Prototype Development of Locating Device with Graphics User Interface upon Display Using Multipoints Infrared Reflection," International Journal of Trade, Economics and Finance vol.2, no.5, pp. 356-362, 2011.