Project Members: Josh Clairmont, Shawn Bryan Faculty Advisor: Professor Kun

 Why? ◦ More natural for people ◦ Control ◦ Efficiency  Implementation ◦ Air Hockey  Classic Game  Transfers well to Surface

 The controller will be the combination of the Microcontroller, IMU, Bluetooth, and Battery

 Arduino Uno ◦ Good Documentation ◦ Open Source ◦ Arduino Protoshield ◦ Total of 20 I/O pins (14 Digital/6 Analog)

 Bluetooth Modem – BlueSMiRF Silver ◦ Protoshield ◦ Small ◦ Short range wireless communication

 Consists of Gyroscope and Accelerometer  5 Degrees of Freedom ◦ 5 different axis  Compact Design

 IDG500 ◦ 2 Axis of measurement  X -> Pitch  Y -> Roll  2 Modes of Output ◦ X/Y ◦ X/Y4.5

 ADXL335 ◦ Triple Axis ◦ Extremely small ◦ Compatibility

 IDG500 ◦ Tilt  The ADXL335 ◦ Direct position  Data Processor  Surface Input Included

 Restrictions ◦ Size of playing surface ◦ Accuracy  More strategy ◦ Pace of play ◦ Users acquire abilities

 Blender  More realistic  Demonstrates Abilities Rough Model of the Hockey Puck

 Testing ◦ Touchscreen/Tilt/Direct Control ◦ Reactions and Opinions  Debugging ◦ Controller and Game  Main Goal

Budget ProductQuantityUnit PriceTotal Cost Arduino Uno2$30.00$60.00 IMU 5DOF3$45.00$ Bluetooth Mate Silver 2$40.00$ Pin Header4$1.00$4.00 Case materialN/A ≈$50.00 MiscellaneousN/A ≈ Total Cost Estimate…………………………….~$430.00

Projected Timeline

Questions?