ACL选集 这些是生成ACL Anthology网站的基本说明，如。 该存储库的官方主页是 。 选集 先决条件 要构建Anthology网站，您需要： Python 3.7或更高版本 在bin/requirements.txt列出的Python软件包； 要安装，请运行pip -r bin/requirements.txt 或更高版本（可以；需要扩展版本！） 用于创建非BibTeX引用格式的 （并非严格要求构建网站，但是如果没有它们，则您需要按照所述手动调用构建步骤） 可选：如果在第一次运行make之前安装libyaml-dev和Cython ，将使用libyaml C库而不是python实现，从而加快了构建速度。 使用GitHub构建和部署 有一个GitHub action操作直接从GitHub执行部署。 要使用此功能，您需要在存储库设置（Web界面：设置->机密）中定义以下变量： PUBLISH_TARGET ：rsync将把选集推送到该目标（例如， user@aclweb.org:anthology-static ） PUBLISH_SSH_KEY ：标准pem格式的密

Introduction to Python for Computational Science and Engineering.pdf

这是关于计算几何的电子书，高清，最新版本，经典著作，英文版

David Marr ：计算视觉理论的鼻祖，Vision一书为其遗作，对计算机视觉产生了巨大的影响

CFD圣经级别的书，英文版的，djvu格式的，可以用WinDjView打开

COMPUTATIONAL COMPLEXITY A Modern Approach。英文正式出版，非draft version

A Sampler of Useful Computational Tools for Applied Geometry Computer Graphics and Image Processing 英文无水印pdf pdf所有页面使用FoxitReader和PDF-XChangeViewer测试都可以打开 本资源转载自网络，如有侵权，请联系上传者或csdn删除 本资源转载自网络，如有侵权，请联系上传者或csdn删除

计算电磁学 Adecadeago,whenthe taskof developing thisbookwasinitiated, therewerefew available texts on computational techniques for electromagnetics. Although a large number have appeared since then, none attempt to treat both integral and differential equation formulations in a unified manner. The presenttext is intended to fill that gap and is designed for graduate-level classroom use or self-study. Its primaryfocusis open-region formulations, andwhileresonant cavity andantennaapplications aretouchedon in places, themajority of the material is presented in thecontextof electromagnetic scattering. We have attempted to provide enoughdetailto enablea readerto implement theconcepts in software. In addition to a few subroutines in Appendix C, a collection of relatedcomputerprograms is available through the Internet. Earlierdraftsof the material weretestedin graduate courses taughtat the University of Illinois and the Georgia Institute of Technology as wellas in a numberof continuing education courses. The authors sincerely appreciate the comments of former students, colleagues, and the dozen or more reviewers who offered critiques during the book's development.

This book began as a collection of notes and computer examples prepared for a first-year graduate course on Fourier optics. In teaching Fourier optics over a number of years, I found that I developed a better conceptual understanding of the analytic material after setting up examples for the class on the computer. The examples required careful consideration of the sample coordinates, amplitude scaling, practical dimensions, display settings, sampling conditions, and a number of other issues.

An account is given of the present state of the art of computational fluid dynamics for graduate students, researchers, engineers and physicists. The underlying numerical principles are treated with a fair amount of detail, using elementary methods.