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Team Klickitat Project Overview: Persistence of Vision Globe Development

Team Klickitat members, guided by faculty advisor Dr. Peter Osterberg and industry representative Zubin Bagai, present the Persistence of Vision Globe project. This ambitious endeavor involves creating a captivating stroboscopic display inspired by LED cubes. Key milestones include microcontroller programming, mechanical assembly, and web development. Through collaborative efforts, the team addresses challenges with spinning mechanisms and circuitry while making significant progress on the project timeline. Looking ahead, the focus will be on completing assembly, circuit wiring, and debugging.

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Team Klickitat Project Overview: Persistence of Vision Globe Development

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Presentation Transcript

  1. Team Klickitat Team Members Maldeep Kang Chris Scott Rose Harber Michael Burton Faculty Advisor Dr. Peter Osterberg Industry Representative ZubinBagai, BPA & IEEE Client Sam and Emmi Leach Persistence of Vision Globe

  2. Agenda Team Introductions Project Overview Milestones Accomplishments Demonstrations Issues/Concerns Conclusion

  3. Team Klickitat • Michael Burton • Microcontroller and Programming Lead • Parts Supply Logistics • Maldeep Kang • Web Development Lead • Macro Model Assembly • Chris Scott • Spring Team Lead • Motor, Base & Spinning Platter • Rose Harber • Fall Team Lead • LED Ring and Platter Wiring/Debug

  4. Project Overview • Persistence of Vision Globe • Stroboscopic Effect • Sense  Process  Display • Inspired by LED Cube • Create aesthetically pleasing apparatus

  5. Project Overview Block Diagram

  6. Project Overview

  7. Milestones

  8. AccomplishmentsMOSIS Chip B2 Logic Layout

  9. MOSIS Chip Layout

  10. Microcontroller Programming GUI Program in Excel

  11. Macro Model Assembly

  12. Circuitry Platter with MOSIS Layout

  13. Mechanical Assembly

  14. Demonstrations • User interface. • LED array on the bread board macro model. • Spinning assembly.

  15. Issues/Concerns Balancing the spinning assembly. Debugging code for the microcontroller. Wire wrapping for the MOSIS chips.

  16. Conclusion • Experimentation will lead to correct functionality. • Project is on Schedule. • Next: • Complete construction of base, ring and platter. • Wire-wrap the circuitry platter for MOSIS. • Continue debugging code.

  17. Questions • Chris Scott (Motor/Base/Circuitry Platter, Spring Semester Team Lead) • scott14@up.edu • Rose Harber (LED Ring, Circuitry Platter, Fall Semester Team Lead) • harber14@up.edu • Maldeep Kang (Website Developer, Macro Model) • kang14@up.edu • Michael Burton (MOSIS, Microcontroller) • burton15@up.edu

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