Self-Ordering Bocce Ball System

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CS-EE 481 1 Self-Ordering Bocce Ball System Authors Michael Chhor Brent Groulik Sean Pfister Allan Young University of Portland School of Engineering Advisor Dr. Joseph Hoffbeck
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    02-Jan-2016
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Self-Ordering Bocce Ball System. Advisor Dr. Joseph Hoffbeck. Authors Michael Chhor Brent Groulik Sean Pfister Allan Young. Agenda. Introduction Allan Background Brent Methods Sean Results Michael Conclusions Allan Demonstration All. Introduction. - PowerPoint PPT Presentation

Transcript of Self-Ordering Bocce Ball System

Lecture 1Advisor
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CS-EE 481
Pallino
CS-EE 481
What is a Pallino?
CS-EE 481
Oscillator Ckt
CS-EE 481
Acoustic system
BBR receives and processes signal
Problems we encountered
CS-EE 481
RF system
BBR sends an RF signal using a PIC and the Xbee RF modules
Handheld receives, processes, and displays the signals.
Ball1 Ball2 Ball3
Ball2 Ball3 Ball1
CS-EE 481
Worked backwards
Pallino – research
CS-EE 481
Field of Play
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Oscillator Ckt
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Achievements
This project will help reduce down time in the game
Our project helps players determine which ball is closest to the Pallino
Improvements
CS-EE 481
University of Portland School of Engineering
We will be showing a full demonstration of our project in a video.
CS-EE 481