量子计算和量子信息领域里目前享有最高口碑的课本，没有之一，师兄送给我的，转送有缘人

Computational Science and Engineering, Gilbert Strang, MIT 18.085

张量投票tensor voting，算法理论详述，入门必备资料

由国外CFD专家编写，国内尚无翻译版本，适用于学习有限体积法的同仁，如fluent软件、OpenFOAM软件等，国内参考书很少见，希望这本书对大家有所帮助。

全球首个临床级病理AI系统原始码及复现。 介绍： 官方Github ： : 个人补充部分 数据集下载。自己申请的，可直接使用， 50G左右。下载，密码： i8fv 数据集准备。官方接口需要指定格式，参考code/README.md 。这里我自己写了一个脚本，见code/dataPrepare_for_CNN.py和code/dataPrepare_for_Rnn.py ，改一下相关路径就好。 训练及测试。将官方代码改成单机数据并行训练，加速训练，单GPU也无需更改代码。具体运行命令，参考code/README.md 具体代码运行流程 运行： code/dataPrepare_for_CNN.py ，生成MIL所需的数据 运行code/MIL_train.py和code/MIL_test.py （很慢） 运行： code/dataPrepare_for_Rnn.py ，生成RNN所需的数据

:sailboat:Awesome-CFD :A_button_(blood_type):资源 :TOP_arrow:微信公众号 CFD之道 CFD界 CFD之仿真区 南流坊 :TOP_arrow:其它 CFD中文网： 流体中文网： 东岳流体Openfoam： CFD-Online: I do like CFD.Useful books on Computational Fluid Dynamics: :B_button_(blood_type):书籍/视频/教程 前处理-Pretreatment 计算求解-Solving 后处理-PostProcessing License

计算流体力学教程，比较容易入门看懂，采用的也是目前主流商用CFD程序的编程方法

计算物理经典教材，清华出版社影印版，结合数学、物理、编程的思维模式，包含代码范例及拓展习题。

这本书主要讲如何对一维或三维本构关系进行离散、算法实现。 包括粘弹性、率相关塑性、率不相关塑性， 有限元法等

This book is intended to be a tutorial on antenna arrays. Each chapter builds upon the previous chapter and progressively addresses more difficult subject material. The many pictures and examples introduce the reader to practical applications. The book starts with some electromagnetics/antennas/antenna systems information that is relevant to the other eight chapters. The next two chapters deal with the analysis and synthesis of arrays of point sources and their associated array factors. These chapters would be useful for acoustic sensors as well as electromagnetic sensors. Chapter 4 presents a sampling of different kinds of elements that replace the point sources of the previous two chapters. The next chapter shows that the elements do not have to lie along a line or in a plane. Antenna elements may lie conformal to a surface or be distributed in space. Chapter 6 introduces mutual coupling where the elements radiate and receive electromagnetic waves, so they interact. These interactions are extremely complex and difficult to predict. Computer modeling and experiments are needed to predict the performance of arrays where mutual coupling is important. Chapter 7 introduces many different approaches to getting signals to and from the array elements to a computer where the signal detection takes place. Finally, the various numerical techniques behind smart antennas are introduced in Chapter 8. This book emphasizes the computational methods used in the design and analysis of array antennas. I generated most of the plots presented in this book using one of three commercial software packages. MATLAB (MATLAB Version 2009a, The Math Works, www.mathworks.com, 2009) is the primary program used to do the plotting and calculations. MATLAB was also used to do many of the computations and is even useful for controlling experimental hardware. I used FEKO (FEKO, Suite 5.4, EM Software and Systems, www. feko.info, 2008) and CST Microwave Studio (CST Microwave Studio, Version 2009.07,