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IEEE Robot 2007 Team Members : Dae-hyun Kang and Jamie Matheny Advisors : Dr. Sukittanon and Dr. McCullough Objectives Design and build an autonomous robot to compete in the IEEE SoutheastCon 2007 Student Hardware competition. Rules and Requirements Begin in Start Zone with 3 ping pong balls. Start of match signaled by red light. Robot navigates to designated position to launch all ping pong balls, and continues to Ball Request Zone for a new code. Robot travels to Rebound Zone to display code and get more ping pong balls, then repeats the launch, code retrieval, and collection routines until no ping pong balls are available. Maximum starting size: 12” x 12” x 12” May extend 6” in one direction after start light Must use energy stored electrically (batteries) No gas or liquid under pressure No flammable or hazardous materials allowed Professional Development Board 32 Input/Output Pins 5 integrated 7-segment displays USB, parallel, RS232 support Funnel catcher Dual wheel launcher IR Receivers for line tracking and UART code retrieval H-Bridges for servo signal to DC conversion Hardware Design Parallax Basic Stamp 2 20MHz CPU speed 16K Bytes EEPROM 128 Bytes RAM Front Back Software Design PBASIC: High-level language, easy to program After code is written, compiler changes to binary code Final code loaded into EEPROM Picture on the right shows simple PBASIC code to track a triangle Picture on the bottom shows state machine for the autonomous robot State Machine 41 teams entered the hardware contest Only 34 teams qualified for the double-elimination competition First round: Scored zero points due to power shortage Second round: Scored 11 points and qualified for next round Third round: Scored 21 points before solenoid broke down Results & Conclusions Successful in designing and building a robot that could track a line, read the codes, and launch ping pong balls During Spring 2007 we competed in IEEE Southeastcon Student Hardware Competition at Richmond,VA Catcher Launcher H-Bridges IR-Reciever Line Tracker

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IEEE Robot2007

Team Members : Dae-hyun Kang and Jamie Matheny

Advisors : Dr. Sukittanon and Dr. McCullough

Objectives

Design and build an autonomous robot to compete in the IEEE SoutheastCon 2007 Student Hardware competition.

Rules and Requirements

Begin in Start Zone with 3 ping pong balls. Start of match signaled by red light. Robot navigates to designated position to launch all ping pong

balls, and continues to Ball Request Zone for a new code.

Robot travels to Rebound Zone to display code and get more ping pong balls, then repeats the launch, code retrieval, and collection routines until no ping pong balls are available.

Maximum starting size: 12” x 12” x 12” May extend 6” in one direction after start light Must use energy stored electrically (batteries) No gas or liquid under pressure No flammable or hazardous materials allowed

Professional Development Board 32 Input/Output Pins 5 integrated 7-segment displays USB, parallel, RS232 support

Funnel catcher Dual wheel launcher IR Receivers for line tracking and UART code retrieval H-Bridges for servo signal to DC conversion

Hardware Design

Parallax Basic Stamp 2 20MHz CPU speed 16K Bytes EEPROM 128 Bytes RAM

Front Back

Software Design

PBASIC: High-level language, easy to program After code is written, compiler changes to binary

code Final code loaded into EEPROM Picture on the right shows simple PBASIC code

to track a triangle Picture on the bottom shows state machine for

the autonomous robot

State Machine

41 teams entered the hardware contest Only 34 teams qualified for the double-elimination competition First round: Scored zero points due to power shortage Second round: Scored 11 points and qualified for next round Third round: Scored 21 points before solenoid broke down

Results & Conclusions

Successful in designing and building a robot that could track a line, read the codes, and launch ping pong balls

During Spring 2007 we competed in IEEE Southeastcon Student Hardware Competition at Richmond, VA

Catcher

Launcher

H-BridgesIR-Reciever

Line Tracker