Abstract
I used to publish a copy of the thin copy of The Tilde. This time I used a copy of The Tilde integrating FPGA with the Quartus II.
Intrduction
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Author: self-developed Press: rulin zhuyun Company Remark: Traditional Chinese ISBN: 9789574998210 |
Previously, I used to import an example in the (original example): the basic example (IC design) I have introduced a relatively easy-to-use version of the Three-dimensional programming language into our country. However, beginners may face a more basic question: the logging tool is not very useful !!.
This notebook has the following features:
1. Link Quartus II and de2
In each example, step by step describes how to use Quartus II and de2. In addition to Waveform simulation, the final result can also be viewed in de2.
2. Each example is presented in three ways:
A. E-mapreduce:
In fact, I don't just use the back-to-back data system in the back-to-back mode. The back-to-back method is similar to the C-train method, this will make beginners do not have a hard understanding, but use C's understanding to think about it. In fact, in fact, it is just hard to describe the speech, you must first use e-phones to think, and then use code to represent the e-phones.
B. OpenGL:
After learning about the hardware architecture, we started to use the RTL language of the language.
C. Mega function:
This is also a major feature of this article. In this example, we will use the mega function provided by Altera to compile the design, so that you can naturally learn the mega function built in Quartus II.
Conclusion
In fact, many examples of my blog are modified after reading this article. I have learned many things from this book, here, we recommend the introduction to beginners of Tilde.
See also
(Original version) Example of the number of digital design schemes in the three language learning language (hereinafter referred to as "e-mapreduce") in the three language (hereinafter referred to as "e-mapreduce)
(Formerly known as "Verilog 3": Design (SOC) for Digital Systems Based on "Verilog" and "HDL)