Progress

1.20.20 - Reviewed Chapter 1 in lecture

1.23.20 - Created Site; Created CPE 487 GitHub Repository; Reviewed Chapter 2 in lecture

1.28.20 - Reviewed Chapter 3 in lecture

1.30.20 Chapter - Downloaded Vivado; Reviewed Chapter 4 in lecture

2.4.20 - Reviewed Chapter 5 in lecture

2.6.20 - Reviewed Chapter 5 in lecture

2.11.20 - Reviewed Chapter 5 in lecture

2.13.20 - Reviewed Chapter 5 in lecture

2.2.20 - Lab 1 Project 1: LED Decoder Complete

2.25.20 - Lab 2: Booting From Memory Complete

3.5.20 - No Class

3.12.20 - Intro to Online Zoom Class

3.19.20 - Spring Break

3.26.20 - Online Classes Commence - Go over peer sites

3.31.20 - Brainstorm final project - Go over peer sites

4.7.20 - Software Defined Radio (Final Project Idea)

• Create a amateur radio (HAM) that can be easily controlled with the on-board switches that have preset radio frequencies
• Manually potentiometer control can be implemented

4.9.20 - Vivado Simulator and Test Bench in Verilog - informative video tutorial

4.14.20 - Joining groups with Erik Schneider, as he has a board on hand which will make HAM radio implementation easier

• Expected bandwidth limitations: 400MHz to 4GHz

4.23.2020

• Lab 3 bouncing ball completed
  • Changed speed & color
• 4 Completed - Hex Calculator

4.28.2020

• Finished Lab 5 - DAC Siren
• Shifted final project focus to a audio meter for ambient noise monitoring

4.30.2020

• Made progress on final project implementation
• Added Final Progress Tab on the Site

5.5.2020

• Lab 6 finished - Pong

5.7.2020

• Final Project now uploaded to GitHub