CE433 Embedded Devices Spring 2022
Lab 4 - Combinational Blocks
Name: Ryan Jeanes
Email: rejeanes@fortlewis.edu

Lab 4 - Combinational Blocks

Introduction

This lab was focused on combinational blocks logic in verilog.

Results

Task 1
Since I was already working on a state-based solution, I decided to keep with that for the simulation and use the encoder method for uploading to the FPGA board.

Figure 1 - Code used for the traffic light simulation

Figure 2 - Traffic light simulation showing no conflicting light configurations.

Figure 3 - Code used for the FPGA board.

Demo video showing the traffic light simulation on the board.

Task 2

Figure 4 - Code for the even parity and checker

Figure 5 - Simulation of even parity checker and generator that shows the even parity generator is functioning as intended as y is always 0.

Figure 6 - Code of even parity generator and checker uploaded to the FPGA board.

Demo video showing the even parity generator and checker functioning as intended.