[光学手册卷I,II].Handbook.of.Optics,.Third.Edition.Volume.I.Geometrical.and.Physical.Optics,.Polarized.Light,.Components.and.Instruments.pdf

电子设计自动化理论与实践,介绍集成电路自动化设计中的典型大规模优化问题及基本算法.

论文An Introduction to Deep Learning for the Physical Layer 和 Deep Learning for Wireless Physical Layer:Opportunities and Challenges中提到的AutoEncoder代码实现，有两个版本。

需要一个64位Windows操作系统。必须运行Windows 7或更新的操作系统。不支持WindowsXP和Vist，可以帮助我们查看Allegro文件，包括：brd, mdd (modules) and dpf (design partition), symbol (dra) 文件。

Dual Wire CAN Physical Layer and Data Link Layer Specification

SD卡2.0协议最新版（2018年8月29日更新），介绍了SD卡物理层的详细描述。

这个spec是 SDXC存储卡 物理层3.0规范. SDXC卡最大可以支持2TB容量. 最大的传输速度是300MBps. SDXC使用Microsoft的exFAT文件系统.

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.

A Student's Guide to Python for Physical Modeling高清文字版

安全是充分利用卫星通信网络优势的保证。 本文在多波束卫星网络中考虑了物理层安全技术。 物理层安全性可能是提高卫星通信系统的抗拦截和抗检测能力的有效方法。 分析了物理层安全性在卫星通信中的必要应用。 讨论了波束形成和功率控制的多波束卫星网络下行链路物理层安全传输策略。 此外，分别讨论了信道模型和信号模型。 研究了一组用于评估多波束卫星网络中下行链路的性能指标。 作为定性和定量分析的一些指标为例。