DocumentCode
3212855
Title
Design and development of car wheel LED display device for displaying graphics pattern
Author
Swaminathan, V. ; Vijayakumarf, P.
Author_Institution
SRM Univ., Chennai, India
fYear
2011
fDate
20-22 July 2011
Firstpage
683
Lastpage
688
Abstract
Electronic Embedded system based solution for automotive plays a dominant role in the automotive industries. Research work for displaying graphical images or text on wheel rims while the vehicle is running at presented. The very big challenge faced on implementation is without breakage of image and text displaying graphically with high resolution while the wheel rotating with different speed and different timings. This designed system had Memory and it has having the capability to upload Image and text depends upon what we integrated. This designed Device driver able to display virtually any image, including text, graphics, logos, and even digital photos when the wheel is on rotating. An Accurate time and speed of rotation of wheel for timeline is very important for proper display. To face this challenge to calculate their timeline analysis and correlation of speed of rotation to wheel must be done and Human perception timing analysis also should be carried out. All this analysis timing is carryout in this research work to face this challenge. This system design ensure with to maintain on how fast the vehicle is rotating there should be proper display of the Rims of the wheel . Thus design analysis of device driver development is associate with system and also Mechanical design with LED assembly.
Keywords
LED displays; automobile industry; automobiles; device drivers; display devices; embedded systems; rotation; storage management; text analysis; timing; wheels; LED assembly; automotive industry; car wheel LED display device; device driver design; digital photo; electronic embedded system based solution; graphics pattern display; human perception timing analysis; image resolution; mechanical design; system design; timeline analysis; wheel rim; wheel rotation speed; API and QT- GUI; Greyscale LED; LED integrated Rims; Product Development Life cycle; Real time analysis;
fLanguage
English
Publisher
iet
Conference_Titel
Sustainable Energy and Intelligent Systems (SEISCON 2011), International Conference on
Conference_Location
Chennai
Type
conf
DOI
10.1049/cp.2011.0450
Filename
6143399
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