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Team WEOP (Wireless Entertainment & Ordering Pager)

Team WEOP (Wireless Entertainment & Ordering Pager). ECE 4007 – L03 Final Project Presentation. Team Members: Earl Cuenca Alex Groleau Kirk Poucher Omar Sardar Advisor: Dr. Smith. School of Electrical and Computer Engineering Georgia Institute of Technology. Project Overview.

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Team WEOP (Wireless Entertainment & Ordering Pager)

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  1. Team WEOP(Wireless Entertainment & Ordering Pager) ECE 4007 – L03 Final Project Presentation Team Members: Earl Cuenca Alex Groleau Kirk Poucher Omar Sardar Advisor: Dr. Smith School of Electrical and Computer Engineering Georgia Institute of Technology

  2. Project Overview • Develop interactive paging system • Touchscreen pager devices • Versatile application modules • 802.11b/g wireless • Communication framework • Server • Terminal Displays December 5, 2007

  3. WEOP System Design December 5, 2007

  4. Cost Overview • Basic WEOP System Price - $4000 • 10 Interactive pagers • 1 Charging Rack • Basic software application modules • Assumes existing server, wireless network, and optional terminal displays • Additional devices and applications for sale December 5, 2007

  5. Pager Device Prototype Goals • Physical Size: 7.5” x 7.5” x 3.5” • Operable on battery power • Functional communication between device and server • Complete software package • Battery charging operation December 5, 2007

  6. Pager Device Prototype Results Physical Size: 8” x 5” x 3.5” Battery life of ~35 minutes Functional communication between device and server Working jukebox, ordering, advertising, and pager communication functions (applications still under development) Battery charging operational, but not ideal December 5, 2007

  7. Pager Device Design December 5, 2007

  8. Software Development • Visual Studio 2005 • Microsoft .Net Compact Framework • Windows XP Embedded • AnkhSVN Subversion repository • Java coding standards • Significant unit testing • C# programming language • Device virtualization December 5, 2007

  9. System Demonstration December 5, 2007

  10. Future Work • Develop stack-type charging system • Design more compact computing system • Create water/shock-proof casing • Develop card reader/bill payment system • Design smart charging circuitry • Continue to develop application specific software modules December 5, 2007

  11. Questions? December 5, 2007

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