这个最初的原型现在已经完成。 目前，除了让用户更改进化次数之外，几乎没有可用的自定义。 如何使用此原型： 1) 输入进化次数。 2）点击开始按钮查看进化进度。 可选：单击随机化单元格以生成新的单元格图。

Cellular Vehicle-to-Everything(C-V2X) technologies.pdf

cellular-vehicle-to-everything-c-v2x-technologies.pdf

cellular-vehicle-to-everything-c-v2x-technologies.pptx

Qualcomm-Cellular-V2X-AESIN-Oct-2016.pdf

A book with detail introduction to the LTE system.

The Internet of Things is the latest rising star in the information and communications technology industry. It embodies the vision of connecting virtually anything with everything and builds on a global growth of the overall number of connected devices. To support, and perhaps further boost, this growth the Third Generation Partnership Project (3GPP) standards development organization has in its Release 13 developed three new technologies known as Extended Coverage GSM Internet of Things (EC-GSM-IoT), LTE for Machine-Type Communications (LTE-M), and Narrowband Internet of Things (NB-IoT) dedicated to providing cellular services to a massive number of IoT devices. This book sets out to introduce, characterize, and, when relevant, in detail describe these three new technologies, defining a new concept known as the Cellular Internet of Things. To start with, Chapter 1 introduces the overall content of the book. Chapter 2 provides an overview of the accomplishments of 3GPP in the field of Machine-Type Communications until Release 13. Chapters 3, 5, and 7 describe the design objectives as well as the technical foundations of EC-GSM-IoT, LTE-M, and NB-IoT. Both physical layer details and idle and connected mode procedures are presented. Chapters 4, 6, and 8 go through the performance objectives of the three technologies and present extensive evaluation results in terms of coverage, throughput, latency, battery lifetime, system capacity, and device complexity. The details behind each of these performance objectives including the methodologies for evaluating them are presented. Chapter 9 summarizes the findings of the earlier chapters and describes the merits of the three technologies and provides a comparison between them. The chapter also introduces a set of solutions for short- and long-range communications operating in unlicensed frequency bands. The advantages of licensed operation over unlicensed operation are highlighted. Finally, Chapter 10 gives a glance of how the

元胞自动机matlab代码UCL iGEM 的 2020 元胞自动机模型 您可以在不同阶段找到 4 个带有 CA 代码的文件夹：背景代码、2D 代码、3D 代码和探索 - 背景代码显示了我们从中汲取灵感来构建此模型的原始 matlab 代码，以及在 Python（Jupyter 笔记本）中运行此代码的一些原始尝试。 如果要运行 CA 的动画（即细胞生长），请使用 figure_gif2.py 代码。 - 在 2D 代码下，您可以在跳转到三维之前访问我们在 2D 网格上达到的最远发展。 如果您想对模型有一个大致的了解，而对计算要求不高，那么这段代码非常棒。 - 在 3D 代码下，您可以找到直接绘制结果的模型的最新版本。 除了模拟的长度和时间步长的数量之外，它还考虑了 h 的大小（网格中每个单元格的大小，以米为单位），这会改变计算扩散所需的时间步长，从而改变模拟的计算成本 - 探索文件夹类似于 3D 代码文件夹，但它被编码，以便将结果保存到本地计算机中的特定文件中，以及在以前的运行中使用并从那里继续的代码。

MIMO Communication for Cellular Networks，2012年的一本新书，对SU-MIMO和MU-MIMO等做了详细的讲解，是一本难得的好书

我们自己教学时老师发的文献 绝对好东西