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所在平台: Udemy |
课程主页: https://www.udemy.com/course/practical-fpga-project-design-uart/
课程评论：没有评论
**Coursera课程总结：FPGA项目设计实践（UART）** 本课程是一门实践性极强的FPGA项目设计课程，专注于UART（通用异步收发器）的设计。课程旨在指导学员完成他们第一个FPGA项目——UART的构建。 **课程内容亮点：** * **深入讲解VHDL代码设计：** 课程详细解释了UART模块VHDL代码的设计思路和实现细节。 * **仿真与调试技巧：** 学员将学习如何对UART设计进行仿真，并使用Logisim进行信号追踪和调试。 * **模块化教学：** 课程结构清晰，分为三个主要部分：接收器、波特率发生器和发送器。每个模块都通过12个视频进行讲解，确保对设计中特定部分的深入理解。 * **丰富的视觉辅助：** 课程大量运用图示、箭头和图片，使学习过程直观易懂。建议学员在观看教程时，参考随附的Logisim电路文件，以获得更佳学习效果。 * **实际操作与资源：** 课程强调实践，学员无需任何硬件，仅需一台电脑即可完成学习。课程提供了VHDL脚本和Logisim电路文件等宝贵资源，用于学员下载和参考。 * **学习成果：** 完成本课程后，学员将能够独立设计UART发送器和接收器，并最终能够构建收发一体的UART模块。 * **后续课程展望：** 课程预告了后续将深入讲解SPI、I2C等其他串行通信协议，以及AES、SHA256、RSA、ECDSA等加密算法的FPGA实现。 * **先修要求：** 具备VHDL基础知识是参与本课程的前提。 * **项目前瞻：** 可通过projectfpga查看未来的项目。 **学习建议：** * 课程过程中，务必下载随附文件，包括Logisim电路文件和VHDL脚本。 * 如遇语速过快，可充分利用提供的字幕文件。 * 在学习过程中，勤于动手，结合Logisim文件进行实践操作。
This is a practical course, that will teach you how to design your first project on FPGA [UART - universal asynchronous transmitter and receiver.]It explains how the vdhl code was designed. and will teach you how it was simulated , and how to trace the signals for debugging using Logism.The course is divided into three sections: the receiver, the baud generator and transmitter.This a 12 video course. each module teaching about a particular part of the design.a lot of visuals, arrows, pictures were used to make the tutorials easy to understand.kindly use the logism circuit file while watching the tutorial for easy understanding.if my english is too fast please use the subtitle files attached.You will design a uart transmitter and receiver. You will be able to design a transceiver by the end of the course. You will get the VHDL scripts and the logism circuit. subsequent courses will teach other serial communication protocols spi, i2c , encryption algorithm includng aes, sha256, RSA, ECDSA. Basic knowledge of vdhl is required.View upcoming projects at projectfpga.While on the course please download the attached files, and check links for downloads. they include logism circuit files, vhdl script. etc.No hardware is required just your pc.It was kept brief and straight to the point.
