High-speed Digital Design - Johnson & Graham.

关联分析matlab代码数字半音调 该存储库包含用于数字半色调技术的MATLAB和Python代码 提供的代码 MATLAB： 拜耳 乌利希尼 点扩散（dotdiff.m：可以执行Knuth和Mese-Vaidhyanathan点扩散） 错误扩散（floyd_serp.m：可以执行floyd-steinberg错误扩散，errdiff.m：在执行过程中将被调用） 直接二进制搜索（DBS）（EDBS.m：有效DBS） Python 拜耳半色调 Ulichney半色调 弗洛伊德-施泰因贝格误差扩散 **还包括用于点过程统计的代码：源代码取自Modern Digital Halftoning：有关详细信息，请参阅软件指南。 有关详细信息，请参阅博客： 参考纸： 郭景明和S.Sankarasrinivasan。 “数字半色调数据库（DHD）：对半色调类型的全面分析。” 2018年亚太信号和信息处理协会年度峰会和会议（APSIPA ASC）。 IEEE，2018年。

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通信系统仿真，包括调制、解调、信道等仿真，对于通信系统初学者很有帮助

Digital Signal Processing with Matlab Examples, Vol. 2：Decomposition, Recovery, Data-Based Actions，2017.(944s).pdf

This book can be used in the following ways: 1. For a DSP course with a laboratory component, using parts of Chapters 1–9. If needed, the book can be supplemented with some additional theoretical materials, since its emphasis is on the practical aspects of DSP. It is possible to cover Chapter 7 on adaptive filtering following Chapter 4 on finite impulse response (FIR) filtering (since there is only one example in Chapter 7 that uses materials from Chapter 5). It is my conviction that adaptive filtering should be incorporated into an undergraduate course in DSP. 2. For a laboratory course using many of the examples and experiments from Chapters 1–7 and Chapter 9. The beginning of the semester can be devoted to short programming examples and experiments and the remainder of the semester for a final project. The wide range of sample projects (for both undergraduate and graduate students) discussed in Chapter 10 can be very valuable. 3. For a senior undergraduate or first-year graduate design project course using selected materials from Chapters 1–10. 4. For the practicing engineer as a tutorial and reference, and for workshops and seminars, using selected materials throughout the book.

Digital Signal Processing- Laboratory Experiments Using C

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Grieves教授关于数字孪生发展的又一力作，通篇论文较长，请仔细阅读。 摘要如下:The idea that the information about a physical object can be separated from the object itself and then mirror or twin that object is a concept referred to as the Digital Twin. The Digital Twin is receiving a great deal of interest from manufacturers who make advanced products that have all the characteristics of complex systems. While the Digital Twin concept is becoming better fleshed out and understood, there is much more work to be accomplished. Specifically, the characteristics of the physical product as these become smart, connected product system (SCPS or Physical Twin) need to be defined and described. The success of the Digital Twin model will rest on the value it creates for both the manufac￾turers and the users of their products. There will also be new issues, security among the most important, that need to be surfaced and addressed.