ECE 4006 Final Presentation
Group Members – John Sellers
- Doug Messick
- Kelvin Bunn
- Sean James
Group Name: Altera NIOS Robot Group
School of Electrical and Computer Engineering
Georgia Institute of Technology
Project Overview
The design of this project uses the Altera NIOS board as a robot controller. The robot used in this project is the AmigoBot, which contains 8 sonar sensors. The main function of the robot will be to track moving objects and object avoidance.
ECE 4006 Final Presentation
Block Diagram
ECE 4006 Final Presentation
Project Approach
-Design RISC Processor
-Communication with the Nios board
-Interface Nios Board with the AmigoBot
-Establish preliminary Control of AmigoBot
-Finalize AmigoBot functionality
ECE 4006 Final Presentation
Major Project Milestones
C-program Template
-Established on June 29, 2002
-Initially used to program the UART of the Nios board
-Continually updated as source code for the project
ECE 4006 Final Presentation
Major Project Milestones
Communication with the Nios board
-Established on June 29, 2002
-Pre-defined UART commands were used to program the Nios Board
-Able to download and communicate functions
ECE 4006 Final Presentation
Major Project Milestones
Communication with the AmigoBot
-Established on June 29, 2002
-C-program code used to send synchronization packets to open communication
-Packets contained a header, a comand, and a checksum value
ECE 4006 Final Presentation
Major Project Milestones
Checksum Calculation
-Established on June 29, 2002
-Initial Code provided did not compute the proper checksum
-Values included in the checksum are the command, command type, and command value
ECE 4006 Final Presentation
Major Project Milestones
Control of the AmigoBot
-Established on June 29, 2002
-Determined the protocol of the Server Information Packet (SIP)
-SIP packets controlling synchronization and motor control were created
ECE 4006 Final Presentation
Major Project Milestones
Receiving Data from the AmigoBot
-Established on June 29, 2002
-Acquired a serial cable void of a transmit pin
-Purchased a serial sniffer program to analyze information returned from the AmigoBot
ECE 4006 Final Presentation
Project Progress
-Communication established with the Nios board and the AmigoBot
-Established Control of the AmigoBot
-Currently processing sonor information and updating the sonor algorithm
ECE 4006 Final Presentation
ECE 4006 Project Proposal and Presentation
Tasks Duration Who 14 21 28 4 11 18 25 2 9 16 23
Obtain Hardware required for the design project 1w group
Run the Altera NIOS Embedded Processor Tutorial (Getting Started) and verify working board and computer system.
1w group
Run the Altera Tutorial (large tutorial manual) 1w group
Design the RISC processor 1w group
Transmit/receive data from the NIOS serial port 2w
Interface NIOS serial port with the AmigoBot 2w
Preliminary control of AmiboBot by the NIOS board 2w
Final functionality of the AmigoBot - Ready for Demo. 2w
Final Presentation and Report 1w group
May June July
Next Steps
-Continue to update the Algorithm that processes the sonor information
-Provide a working demonstration of the AmigoBot
-Complete the goals outlined in the objective of the project
ECE 4006 Final Presentation
QUESTIONS