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所在平台: Udemy |
课程主页: https://www.udemy.com/course/simple-fifo-design-and-simulation-using-verilog-hdl/
课程评论：没有评论
**课程名称：** Verilog HDL 简单 FIFO 设计与仿真 **课程概述：** 本课程旨在教授学员 FIFO（先进先出）的基本设计与实现。FIFO 在各种电子项目中至关重要，它作为模块用于在不同运行速度的模块之间传输数据。本课程特别适合本科生，能够帮助他们掌握 FIFO 的基础知识和实现方法。 这是一门实践性课程，将深入讲解 FIFO 的架构、内部模块、输入输出信号，以及读写操作的实现。课程还将对比 FIFO 与内存（RAM）在读写操作上的异同，并讲解如何使用计数器（写指针、读指针）生成地址，以及如何判断 FIFO 的满空状态。 课程内容涵盖： * 使用 Verilog HDL 完成 FIFO 的完整实现。 * 编写 FIFO 的 Verilog HDL 代码。 * 开发包含大量任务（Tasks）的测试平台环境。 * 演示如何在 edaplayground 上运行仿真。 * 指导学员如何检测和分析错误。 * 讲解如何分析控制台输出和波形输出的结果。 **课程目标：** 通过本课程，学员将能够： * 理解 FIFO 的基本原理和应用。 * 掌握 FIFO 的架构和内部组成。 * 熟练使用 Verilog HDL 设计和实现 FIFO。 * 学习如何创建和使用 Verilog 测试平台。 * 掌握仿真工具的使用和结果分析方法。
Main purpose of this course is, FIFO can be extensively used in many different projects. As a FIFO is fundamental design and which is used as module in many different projects. Which is used to transfer the bytes of data from one module to another even when these two modules working with two different speed of operation. This is course is essential for Undergraduate students for knowing fundamentals and implementation of FIFO.This is a Practical course for Simple FIFO design and it gives clear understanding of Architecture FIFO and modules inside the FIFO, input and output signals and How write and read process can be done in FIFO. Fundamental understanding how the read write operations compare with Memory (RAM). How address generated internally using counters ( like write counter or pointer, read counter or pointer), How to know status of FIFO like full or empty. This course shows complete implementation FIFO using Verilog HDL. Here written the Verilog HDL code for FIFO design and developed the Test bench environment with extensively used Tasks in verilog HDL. Also shows how run the simulation on edaplayground and how to detect and analyze the errors and how to analyze the results in the console output and waveform output.
