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WiFi Clock October Program Review

This report reviews the progress of the University of Portland School of Engineering’s team, led by Kirby Wigton, Joseph Haggberg, Nate Perkins, and Rosemary Peters, under the guidance of Dr. Inan. The project aims to create a clock that updates itself daily using a wireless internet connection to obtain precise atomic time. Key milestones include the completion of high-level designs, selection and purchase of components like the WiFi module, PIC, and LCD, and ongoing research into NTP server communication and microcontroller programming.

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WiFi Clock October Program Review

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  1. WiFi ClockOctober Program Review University of Portland School of Engineering • Team • Kirby Wigton • Joseph Haggberg • Nate Perkins • Rosemary Peters • Advisor • Dr. Inan

  2. Introduction University of Portland School of Engineering • Reminder: • Our design is to build a clock that will be able to update itself daily – via wireless internet connection – to obtain the precise atomic time.

  3. Clock Diagram University of Portland School of Engineering

  4. Scorecard University of Portland School of Engineering • Report from this past month • No more MOSIS microcontroller • Website NTP (Network Time Protocol) • Finalized high level design • Decided on specific components • Purchased/received WiFi module, PIC, and LCD

  5. Additional Accomplishments University of Portland School of Engineering Website updates Added milestones Kept to every meeting time Met with advisor every week

  6. Plans University of Portland School of Engineering NTP server research Microcontroller tutorial Lower level design final design Final budget

  7. University of Portland School of Engineering

  8. Milestones University of Portland School of Engineering

  9. Concerns/Issues University of Portland School of Engineering NTP server communication Microcontroller programming Components functioning properly

  10. Conclusions University of Portland School of Engineering Scorecard Plans Concerns/Issues

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