FPGA Project: Smart Vault Controller using Basys3 FPGA Development Board ENGN4213/6213 Digital Systems and Microprocessors Semester 1, 2024 ANU College of Engineering, Computing and Cybernetics Copyright © 2024, The Australian National University ENGN4213/6213 Digital Systems and Microprocessor Semester 1, 2024 Table of Contents 1 Project Statement……………………………………………………………………………………………….3 1.2 1.3 1.4 Function I: Vault Door Access Control …
COMP3211/COMP9211 Computer Architecture Lab1 Xilinx Vivado Before the lab starts, it is required that you install the Vivado simulation tool on your home computer. The software and the installation guide are available on the Resources page of the course website. 1. Learn simulation with Vivado; 2. Study how to build a hardware model and evaluate …
Vivado Tutorial This tutorial demonstrates how to use Vivado to create, simulate, synthesis, and implement a hardware model (based on Vivado 2020.2 version). It consists of project creation, model simulation, design synthesis and implementation for a combinational logic model in VHDL. 1. Create a project To create a project, start Vivado from the Start menu …
shown in Figure 1. COMP3211/COMP9211 Computer Architecture Lab 2 Single Cycle Processor 1. Study how to model a single cycle processor core using HDL 2. Build simple single cycle processor The lab is based on an existing single cycle core model (in VHDL) created by a previous research student Ms. Lih Wen Koh (a similar …
CE869 Assignment 2: CPU design Set by: Distributed to students: Submission deadline: Feedback: Submission mode: Assignment objectives Dr Xiaojun Zhai week 20 three weeks from submission deadline electronic only via FASer This document specifies the second coursework assignment to be submitted by students taking CE869. This assignment is more challenging than the first one and …
Computer Organization Final Project – Simple Processor Design Description A processor executes operations specified in the form of instructions. In this project, a string of instructions will be given. Your job is to decode these instructions and execute. ⮚ The following is the basic required instruction format: (similar to MIPS) Type R-type I-type opcode (6) …