CSSE 232 - Computer Architecture I
Team 1-2

Aaron Doades
Matt Duff
Stephen Pierce
Tim Poplin
Aaron Williamson

email entire team


The Goal: To create a general-purpose miniscule instruction set processor (16-bit) and use it to calculate relative primes.Project Assignment
Current Status: Project Completed! Our processor ran a realtive prime algorithm and calculated the first relative prime for 0x13B0 to be 0x1011 in an estimated 2.27 hours. If we had more time, the processor could have been implemented on an FPGA board.
Current Design Doc: Version 6 - Design Doc(Word Format)



Project Deliverables:


Milestone 6 [project completion]
  1. Final Report(doc)
  2. Final Presentation(ppt)
  3. Personal Reflections
    By Name:
  4. Design Process Document(doc)
  5. Xilinx Project File Directory
  6. Xilinx Project Files(zip)
Milestone 5 (10/24/03):
  1. Milestone 5 Design Doc(Word Format)
  2. Milestone 5 Memo (DOC)
  3. Meeting Minutes 1(doc)
  4. Meeting Minutes 2(doc)
  5. Xilinx Files
  6. Xilinx Testbenches and results

Milestone 4 (10/24/03):
  1. Milestone4 Design Doc(Word Format)
  2. Milestone4 Memo (DOC)
  3. Datapath (jpg)
  4. Meeting Minutes 1(doc)
  5. Meeting Minutes 2(doc)

Milestone 3 (10/15/03):
  1. Milestone3 Design Doc(Word Format)
  2. Milestone3 Memo (DOC)
  3. Datapath (jpg)
  4. Control Spec(xls)
  5. Control State Diagram(jpg)
  6. Journal(doc)

Milestone 2 (10/8/03):
  1. Milestone2 Design Doc(Word Format)
  2. Milestone2 Memo (DOC)

Milestone 1 (9/26/03):
  1. Team Journal (PDF Format)
  2. Milestone1 Design Doc(Word Format)
  3. Milestone1 Notes (PDF)
  4. Milestone1 Memo (DOC)

Website by Stephen Pierce and Aaron Williamson.