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Final Presentation. Treasure Chess. ECE 477 Team 2 - Spring 2013. Parul Schroff, Brock Caley, Sidharth Malik, Jeremy Stork. Final Packaged Design. Outline. Project overview Block diagram Design challenges Individual contributions Project demonstration Questions / discussion.
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Final Presentation Treasure Chess ECE 477 Team 2 - Spring 2013 Parul Schroff, Brock Caley, Sidharth Malik, Jeremy Stork Final Packaged Design
Outline • Project overview • Block diagram • Design challenges • Individual contributions • Project demonstration • Questions / discussion
Project Overview • An electronic chess game that can display possible moves for the chess piece selected by the player • RGB LED matrix panel to display the chess board and the current state of the game • OLED to display time and number of pieces lost during the game • PIC24EP512GU810 microcontroller for display and game logic, dsPIC33FJ128GP202 for voice recognition
Design Challenges • Voice Recognition • Power supplies • RGB LED matrix panels
Individual Contributions Team Leader – Sidharth Malik Team Member 2 – Brock Caley Team Member 3 – Jeremy Stork Team Member 4 – Parul Schroff
Team Leader - Sidharth Malik • Helped with schematics • Made the PCB • Debugging power supplies • RGB LED Matrix
Member 2 – Brock Caley • Hardware Selection • Packaging Design • Packaging Construction • PCB Assembly
Member 3 – Jeremy Stork • Schematics • Prototyping • Hardware debugging • OLEDs • Keypads
Member 4 – Parul Schroff • Software - Game logic • Peripheral Interfacing • OLEDs • Keypads • RGB LED Matrix
Project Demonstration • An ability to correctly output the current state of the game. • An ability to select and move a piece on the chess board with voice commands. • An ability to show players' possible moves for a piece they have selected. • An ability to keep track of in-game statistics such as time and pieces lost during the play. • An ability to tell the player when a move is illegal, or when they are in check/checkmate state. Demo Video