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zhanwen/MathModel

研究生数学建模，本科生数学建模、数学建模竞赛优秀论文，数学建模算法，LaTeX论文模板，算法思维导图，参考书籍，Matlab软件教程，PPT

数学建模资源

更新模块

更新 2024年优秀论文，key:opr4
更新 2025年数模悉知&论文模版（Word/Latex）
更新 2024年国赛试题（24年优秀论文稍后更新）
更新 2024年获奖名单(24.11.27公布)
更新 2024年数学建模赛题(备注：2023年是11.14出的比赛结果)
更新 2024赛题百度云网盘，key:v44w
提醒 要及时关注论坛讨论内容
更新 2024年数模悉知&论文模版（Word/Latex）
更新 2023年优秀论文
所有文件下载地址更新到微盘：微盘下载，key：uzw9mf
同步所有文件到百度云网盘，key:bxdy（2020年6月24日）
百度云备用链接1: 点击下载，key:0rm9
百度云备用链接2: 点击下载，key:5s6y
百度云备用链接3: 点击下载，key:29vl

2025 年研究生数模 (新)

2025 LaTex 论文模版使用方式： 如何编译 Latex 文件（Latex 模版一般在官方给出 word 模版后更新，时间大概在比赛前一星期左右）

主题： “华为杯”第二十二届中国研究生数学建模竞赛（只允许2025级跨校组队，大家注意一下。）

报名时间： 2025年6月1日8:00——9月15日17:00
审核时间： 2025年6月1日8:00——9月16日17:00
交费时间： 2025年6月1日8:00——9月17日17:00
加密赛题开始下载时间： 2025年9月20日8:00——9月25日12:00
赛题解密密码公布时间： 2025年9月21日8:00——9月25日12:00
比赛时间： 2025年9月21日8:00——9月25日12:00
上传论文MD5码时间： 2025年9月24日12:00——9月25日12:00
上传PDF格式论文时间： 2025年9月25日14:00——9月26日24:00
附件上传开始时间： 2025年9月27日08:00——9月28日24:00
查看论文开始时间： 2025年9月27日08:00——9月28日12:00

官网报名地址：官网地址

历年数模比赛时间表

2024 年研究生数模

LaTex 论文模版使用方式： 如何编译 Latex 文件（Latex 模版一般在官方给出 word 模版后更新，时间大概在比赛前一星期左右）

主题： “华为杯”第二十一届中国研究生数学建模竞赛（只允许2024级跨校组队，大家注意一下。）

报名时间： 2024年6月1日8:00——9月15日17:00
审核时间： 2024年6月1日8:00——9月16日17:00
交费时间： 2024年6月1日8:00——9月17日17:00
加密赛题开始下载时间： 2024年9月20日8:00——9月25日12:00
赛题解密密码公布时间： 2024年9月21日8:00——9月25日12:00
比赛时间： 2024年9月21日8:00——9月25日12:00
上传论文MD5码时间： 2024年9月24日12:00——9月25日12:00
上传PDF格式论文时间： 2024年9月25日14:00——9月26日24:00
附件上传开始时间： 2024年9月27日08:00——9月28日24:00
查看论文开始时间： 2024年9月27日08:00——9月28日12:00

官网报名地址：官网地址

历年数模比赛时间表

2023 年研究生数模

LaTex 论文模版使用方式： 如何编译 Latex 文件（Latex 模版一般在官方给出 word 模版后更新，时间大概在比赛前一星期左右）

主题： “华为杯”第二十届中国研究生数学建模竞赛（只允许2023级跨校组队，大家注意一下。）

报名时间： 2023年6月1日8:00——9月17日17:00
审核时间： 2023年6月1日8:00——9月18日17:00
交费时间： 2023年6月1日8:00——9月19日17:00
比赛时间： 2023年9月22日8:00——9月26日12:00
上传论文MD5码时间： 2023年9月25日12:00——9月26日12:00
上传PDF格式论文时间： 2023年9月26日14:00——9月27日24:00

官网报名地址：官网地址

历年数模比赛时间表

下载与使用（由于整个项目直接下载比较慢，可以看方式四）

方式一：使用 git 下载。
git clone https://github.com/zhanwen/MathModel.git
方式二：直接下载压缩包。
方式三
- 可以单个文件下载，选择自己需要的某篇论文，直接在对应的页面点击下载即可。
方式四：百度云下载（推荐）
- 使用百度云下载，正常的客户端会出现限速，导致下载的很慢，这里给大家推荐一个绕过百度云下载限速的方式。具体怎么下载，请参照绕过限速。
- 该项目的百度云链接 https://pan.baidu.com/s/1wcCcc8pICGx5mBiwP6jwnw，密码：7sog
- 更新：这个链接失效没影响，直接访问这个网址绕过限速，看 README 部分，有针对不同操作系统安装方法，根据自己的操作系统安装即可，大部分方式都是将项目git clone，在后续。

国赛试题

国赛论文

以下是历史更新版本

更新 2023年获奖名单(11.14出的结果)
更新 2023年研究生数模试题
更新 2022 年优秀论文（2023年8月25日）⏬下载链接，key:i7in
更新 2023年数模建模第二十届大赛
更新 2022年获奖名单
更新 2022年研究生数模比赛模版（Word/Latex）
更新 2021 年优秀论文（2022年6月25日）⏬下载链接，key:eyzf
更新 2022年研究生数模比赛通知
更新 2021年获奖名单
更新 2021年研究生数学建模竞赛试题
更新 2021年论文模版（包括 word 版本、Latex 版本）
更新 数学建模网论坛上提问（比赛期间，论坛解答）
更新 2020 年优秀论文（2021年8月21日）⏬下载链接，key:odt5
更新 2020年论文模版（包括 word 版本、Latex 版本）
更新 2019 年优秀论文（2020年7月21日）⏬下载链接，key:2uyl
2019年“华为杯”第十六届中国研究生数学建模竞赛——选题、命题介绍分析： 选题、命题介绍分析

2022 年研究生数模

2022.12.30 比赛结果公示，获奖名单

2022.10.6—2022.10.10 比赛已经结束，大家耐心等待获奖吧（(o^^o)）

MD5文件校验和使用说明： 论文提交（MD5使用方法）

LaTex 论文模版使用方式： 如何编译 Latex 文件（Latex 模版一般在官方给出 word 模版后更新，时间大概在比赛前一星期左右）

主题： “华为杯”第十九届中国研究生数学建模竞赛（只允许2022级跨校组队，大家注意一下。）

报名时间： ~~2022年6月1日8:00——9月14日17:00~~ 截止：2022年09月26日17:00
审核时间： ~~2022年6月1日8:00——9月16日17:00~~ 截止：2022年09月27日17:00
交费时间： ~~2022年6月1日8:00——9月19日17:00~~ 截止：2022年09月30日17:00
比赛时间： ~~2022年9月22日8:00——9月26日12:00~~ 2022年10月06日8:00——10月10日12:00
上传论文MD5码时间： ~~2022年9月25日12:00——9月26日12:00~~ 2022年10月09日12:00——10月10日12:00
上传PDF格式论文时间： ~~2022年9月26日14:00——9月27日24:00~~ 2022年10月10日14:00——10月11日24:00

官网报名地址：官网地址

2021 年研究生数模

2021.12.10 比赛结果公示，获奖名单

2021.10.14—2021.10.28 比赛已经结束，大家耐心等待获奖吧（(o^^o)）

2021.10.13 明天早八点开始，祝大家比赛开心（^_^）

MD5文件校验和使用说明： 论文提交（MD5使用方法）

LaTex 论文模版使用方式： 如何编译 Latex 文件

主题： “华为杯”第十八届中国研究生数学建模竞赛（只允许2021级跨校组队，大家注意一下。）
引用官网原文：由于今年的新冠疫情形势导致部分高校的工作安排较往年同期有一定变化，教学科研进度也相应作出调整。为让意向参赛的师生有更加充裕的时间报名、备赛，经研究决定，现对原定的各时间节点予以延期。延期举办等相关事宜的通知

报名时间： ~~2021年6月1日8:00——9月10日17:00~~ 截止：2021年10月8日17:00
审核时间： ~~2021年6月1日8:00——9月12日17:00~~ 截止：2021年10月10日17:00
交费时间： ~~2021年6月6日8:00——9月13日17:00~~ 截止：2021年10月11日17:00
比赛时间： ~~2021年9月16日8:00——9月20日12:00~~ 2021年10月14日8:00——10月18日12:00

官网报名地址：官网地址

2020 年研究生数模

2020.11.24 今年比去年晚两个礼拜，比赛结果经过一个半月的评审，在这一天公布了获奖名单，大家的努力相信都会有所收获。余生还有很多有意义的事情需要我们去做，让我们一起努力吧。(o^o)

预告一下，按照往年成绩公布时间，应该是在双十一那天。要么喜上加喜，要么少买点东西 (o^^o)。

论文提交（MD5使用方法）

MD5文件校验和使用说明： MD5文件校验和使用说明

论文模版更新

LaTex 论文模版使用方式： 如何编译 Latex 文件

主题： “华为杯”第十七届中国研究生数学建模竞赛（今年不允许跨校组队，大家注意一下。）
报名时间： 2020年6月1日8:00——9月10日17:00
审核时间： 2020年6月1日8:00——9月13日17:00
交费时间： 2020年7月1日8:00——9月14日17:00
比赛时间： 2020年9月17日8:00——9月21日12:00

官网报名地址：官网地址

2019 年研究生数模

2019.11.11 又是双十一，比赛结果经过一个半月的评审，在这一天公布了获奖名单，大家的努力相信都会有所收获。余生还有很多有意义的事情需要我们去做，让我们一起努力。(o^o)

2019.9.19—2019.9.23 比赛已经结束，大家耐心等待获奖吧（(o^^o)）

论文提交（MD5使用方法）

MD5文件校验和使用说明： MD5文件校验和使用说明

论文模版更新

LaTex 论文模版： LaTex 论文模版
Word 论文模版： Word 论文模版（已更新最新）
LaTex 论文模版使用方式： 如何编译 Latex 文件

下载方式(仓库比较大，建议单个文件下载)

主题： “华为杯”第十六届中国研究生数学建模竞赛
报名时间： 2019年6月1日8:00——9月10日17:00
审核时间： 2019年6月1日8:00——9月12日17:00
交费时间： 2019年7月1日8:00——9月15日17:00
比赛时间： 2019年9月19日8:00——9月23日12:00

官网报名地址：官网地址

2018.9.15 祝大家比赛开心（^_^）

2018.9.19 比赛已经结束，大家耐心等待获奖吧（^o^）

2018.11.11 比赛结果经过一个半月的评审，终于在昨天公布了获奖名单，大家的努力相信都会有所收获。余生还有很多有意义的事情需要我们去做，让我们一起努力。(o^^o)

更新/添加比赛官网地址戳这里

美赛论文

数学建模算法

教材及课件

数学建模算法思维导图

思维导图

Matlab 入门教程

Matlab入门和在线性代数中的应用

声明

其中有些内容整理自互联网，如有侵权，请联系，我将及时处理。

个人微信公众号

WellDev：一名不羁的学僧，我的世界不只有学术。一条迷途的咸鱼，正在游向属于它的天地！

赞助和支持

这些内容都是我花了不少时间整理出来的, 如果你觉得它对你很有帮助, 请你也分享给需要学习的朋友们。如果你看好我的内容分享, 也可以考虑适当的赞助打赏, 让我有更多的动力去继续分享更好的内容给大家。

微信	支付宝

联系

Email：hanwenme@gmail.com
WX:（有任何问题都可以直接怼我，加的时候备注说明一下）：

lib-pku/libpku

贵校课程资料民间整理

libpku - 贵校课程资料民间整理

Preface

（引用自 QSCTech/zju-icicles ）

来到一所大学，从第一次接触许多课，直到一门一门完成，这个过程中我们时常收集起许多资料和情报。

有些是需要在网上搜索的电子书，每次见到一门新课程，Google 一下教材名称，有的可以立即找到，有的却是要花费许多眼力；有些是历年试卷或者 A4 纸，前人精心收集制作，抱着能对他人有用的想法公开，却需要在各个群或者私下中摸索以至于从学长手中代代相传；有些是上完一门课才恍然领悟的技巧，原来这门课重点如此，当初本可以更轻松地完成得更好……

我也曾很努力地收集各种课程资料，但到最后，某些重要信息的得到却往往依然是纯属偶然。这种状态时常令我感到后怕与不安。我也曾在课程结束后终于有了些许方法与总结，但这些想法无处诉说，最终只能把花费时间与精力才换来的经验耗散在了漫漫的遗忘之中。

我为这一年一年，这么多人孤军奋战的重复劳动感到不平。

我希望能够将这些隐晦的、不确定的、口口相传的资料和经验，变为公开的、易于获取的和大家能够共同完善、积累的共享资料。

我希望只要是前人走过的弯路，后人就不必再走。 这是我的信念，也是我建立这个项目的原因。

Usage

使用方法：访问 https://lib-pku.github.io/ ，点击资料链接即可下载。

https://minhaskamal.github.io/DownGit/#/home

Contribution

欢迎贡献！

——因为很重要所以说了三遍

Issue、PR、纠错、资料、选课/考试攻略，完全欢迎！

来自大家的关注、维护和贡献，才是让这个攻略继续存在的动力~

对于课程的评价可写在对应课程文件夹的 README.md 中。如果想上传课件（请确保无版权问题），推荐使用 PDF 格式，避免系统差。

由于本项目体积很大，故推荐采用在 GitHub Web 端直接上传 的方式，具体操作如下：

首先 Fork 本项目
- 上传文件到已有文件夹：打开对应文件夹，点击绿色 Download 按钮旁的 upload，上传你的文件。
- 上传文件到新文件夹：打开任意文件夹，点击绿色 Download 按钮旁的 upload，把浏览器地址栏中文件夹名称改为你想要新建的文件夹名称，然后回车，上传你的文件。
- 提交 PR：Fork 本项目，然后在 GitHub 网页端点击 Upload File 上传文件，发起 PR 即可。留意一下项目的文件组织喔。

或者也可以直接附加在 Issue 中，由维护者进行添加。

或者也可以发送邮件至 libpku@protonmail.com ，由维护者进行添加。

Disclaimer

这不是北京大学图书馆。我们也不对项目中信息的准确性或真实性做任何承诺。

如果有侵权情况，麻烦您发送必要的信息至 libpku@protonmail.com ，带来不便还请您谅解。

License

资料来自网络，相关权利由原作者所有，这个 repo 仅用于收集现有资料。

当然，我们不会为收集到的资料收费，或是尝试收取捐赠。

我们只是尝试为后来的同学节省一些时间。

Related Works

(more to be added....)

billryan/resume

An elegant \LaTeX\ résumé template. 大陆镜像 https://gods.coding.net/p/resume/git

Résumé

Hit branch zh_CN if you want a Simplified Chinese résumé.

中文用户请前往 zh_CN 分支。

An elegant \LaTeX\ résumé template, compiled with \XeLaTeX. Inspired by

Features

Easy to further customize or extend
Full support for unicode characters (e.g. CJK) with \XeLaTeX\
Perfect Simplified Chinese fonts supported with Adobefonts
FontAwesome 4.6.3 support

Quick Start

Fork this repository
Add information about you directly in GitHub
Compile TeX file to PDF with LaTeX.Online
Can also use Overleaf for online compilation with template

Sample Output

Usage

Edit in Overleaf online Web template
Compile tex on your Computer

If you only need a résumé in English or have installed Adobe Simplified Chinese on your OS, It would be better to clone only the master branch, since the Simplified Chinese fonts files are too large.

git clone https://github.com/billryan/resume.git --branch master --depth 1 --single-branch <folder>

License

The MIT License (MIT)

Copyrighted fonts are not subjected to this License.

posquit0/Awesome-CV

📄 Awesome CV is LaTeX template for your outstanding job application

Awesome CV

LaTeX template for your outstanding job application

What is Awesome CV?

Awesome CV is LaTeX template for a CV(Curriculum Vitae), Résumé or Cover Letter inspired by Fancy CV. It is easy to customize your own template, especially since it is really written by a clean, semantic markup.

Donate

Please help keep this project alive! Donations are welcome and will go towards further development of this project.

PayPal: paypal.me/posquit0

Thank you for your support!

Preview

Résumé

You can see PDF

Page. 1	Page. 2

Cover Letter

You can see PDF

Without Sections	With Sections

Quick Start

Note: Above services do not guarantee up-to-date source code of Awesome CV

How to Use

Requirements

A full TeX distribution is assumed. Various distributions for different operating systems (Windows, Mac, *nix) are available but TeX Live is recommended. You can install TeX from upstream (recommended; most up-to-date) or use sudo apt-get install texlive-full if you really want that. (It's generally a few years behind.)

If you don't want to install the dependencies on your system, this can also be obtained via Docker.

Usage

At a command prompt, run

xelatex {your-cv}.tex

Or using docker:

docker run --rm --user $(id -u):$(id -g) -i -w "/doc" -v "$PWD":/doc texlive/texlive:latest make

In either case, this should result in the creation of {your-cv}.pdf

Credit

LaTeX is a fantastic typesetting program that a lot of people use these days, especially the math and computer science people in academia.

FontAwesome6 LaTeX Package is a LaTeX package that provides access to the Font Awesome 6 icon set.

Roboto is the default font on Android and ChromeOS, and the recommended font for Google’s visual language, Material Design.

Source Sans Pro is a set of OpenType fonts that have been designed to work well in user interface (UI) environments.

Contact

You are free to take my .tex file and modify it to create your own resume. Please don't use my resume for anything else without my permission, though!

If you have any questions, feel free to join me at #posquit0 on Freenode and ask away. Click here to connect.

Good luck!

Maintainers

tuhdo/os01

Bootstrap yourself to write an OS from scratch. A book for self-learner.

Operating Systems: From 0 to 1

This book helps you gain the foundational knowledge required to write an operating system from scratch. Hence the title, 0 to 1.

After completing this book, at the very least you will learn:

How to write an operating system from scratch by reading hardware datasheets. In the real world, it works like that. You won't be able to consult Google for a quick answer.
A big picture of how each layer of a computer is related to the other, from hardware to software.
Write code independently. It's pointless to copy and paste code. Real learning happens when you solve problems on your own. Some examples are given to kick start, but most problems are yours to conquer. However, the solutions are available online for you to examine after giving it a good try.
Linux as a development environment and how to use common tools for low-level programming.
x86 assembly in-depth.
How a program is structured so that an operating system can run.
How to debug a program running directly on hardware with gdb and QEMU.
Linking and loading on bare metal x86_64, with pure C. No standard library. No runtime overhead.

Download the book

The pedagogy of the book

You give a poor man a fish and you feed him for a day. You teach him to fish and you give him an occupation that will feed him for a lifetime.

This has been the guiding principle of the book when I was writing it. The book does not try to teach you everything, but enough to enable you to learn by yourself. The book itself, at this point, is quite "complete": once you master part 1 and part 2 (which consist of 8 chapters), you can drop the book and learn by yourself. At this point, smart readers should be able to continue on their own. For example, they can continue their journeys on OSDev wiki; in fact, after you study everything in part 1 and part 2, you only meet the minimum requirement by OSDev Wiki (well, not quite, the book actually goes deeper for the suggested topics). Or, if you consider developing an OS for fun is impractical, you can continue with a Linux-specific book, such as this free book Linux Insides, or other popular Linux kernel books. The book tries hard to provide you a strong foundation, and that's why part 1 and part 2 were released first.

The book teaches you core concepts, such as x86 Assembly, ELF, linking and debugging on bare metal, etc., but more importantly, where such information come from. For example, instead of just teaching x86 Assembly, it also teaches how to use reference manuals from Intel. Learning to read the official manuals is important because only the hardware manufacturers themselves understand how their hardware work. If you only learn from the secondary resources because it is easier, you will never gain a complete understanding of the hardware you are programming for. Have you ever read a book on Assembly, and wondered where all the information came from? How does the author know everything he says is correct? And how one seems to magically know so much about hardware programming? This book gives pointers to such questions.

As an example, you should skim through chapter 4, "x86 Assembly and C", to see how it makes use of the Intel manual, Volume 2. And in the process, it guides you how to use the official manuals.

Part 3 is planned as a series of specifications that a reader will implement to complete each operating system component. It does not contain code aside from a few examples. Part 3 is just there to shorten the reader's time when reading the official manuals by giving hints where to read, explaining difficult concepts and how to use the manuals to debug. In short, the implementation is up to the reader to work on his or her own; the chapters are just like university assignments.

Prerequisites

Know some circuit concepts:

Basic Concepts of Electricity: atoms, electrons, protons, neutrons, current flow.
Ohm's law

However, if you know absolutely nothing about electricity, you can quickly learn it here: http://www.allaboutcircuits.com/textbook/, by reading chapter 1 and chapter 2.

C programming. In particular:

Variable and function declarations/definitions
While and for loops
Pointers and function pointers
Fundamental algorithms and data structures in C

Linux basics:

Know how to navigate directory with the command line
Know how to invoke a command with options
Know how to pipe output to another program

Touch typing. Since we are going to use Linux, touch typing helps. I know typing speed does not relate to problem-solving, but at least your typing speed should be fast enough not to let it get it the way and degrade the learning experience.

In general, I assume that the reader has basic C programming knowledge, and can use an IDE to build and run a program.

Status:

Part 1
- Chapter 1: Complete
- Chapter 2: Complete
- Chapter 3: Almost. Currently, the book relies on the Intel Manual for fully explaining x86 execution environment.
- Chapter 4: Complete
- Chapter 5: Complete
- Chapter 6: Complete
Part 2
- Chapter 7: Complete
- Chapter 8: Complete
Part 3
- Chapter 9: Incomplete
- Chapter 10: Incomplete
- Chapter 11: Incomplete
- Chapter 12: Incomplete
- Chapter 13: Incomplete
... and future chapters not included yet ...

In the future, I hope to expand part 3 to cover more than the first 2 parts. But for the time being, I will try to finish the above chapters first.

Sample OS

This repository is the sample OS of the book that is intended as a reference material for part 3. It covers 10 chapters of the "System Programming Guide" (Intel Manual Volume 3), along with a simple keyboard and video driver for input and output. However, at the moment, only the following features are implemented:

Protected mode.
Creating and managing processes with TSS (Task State Structure).
Interrupts
LAPIC.

Paging and I/O are not yet implemented. I will try to implement it as the book progresses.

Contributing

If you find any grammatical issues, please report it using Github Issues. Or, if some sentence or paragraph is difficult to understand, feel free to open an issue with the following title format: [page number][type] Descriptive Title.

For example: [pg.9][grammar] Incorrect verb usage.

type can be one of the following:

Typo: indicates typing mistake.
Grammar: indicates incorrect grammar usage.
Style: indicates a style improvement.
Content: indicates problems with the content.

Even better, you can make a pull request with the provided book source. The main content of the book is in the file "Operating Systems: From 0 to 1.lyx". You can edit the .txt file, then I will integrate the changes manually. It is a workaround for now since Lyx can cause a huge diff which makes it impossible to review changes.

The book is in development, so please bear with me if the English irritates you. I really appreciate it.

Finally, if you like the project and if it is possible, please donate to help this project and keep it going.

Got questions?

If you have any question related to the material or the development of the book, feel free to open a Github issue.

cplusplus/draft

C++ standards drafts

========================== C++ Standard Draft Sources

These are the sources used to generate drafts of the C++ standard. These sources should not be considered an ISO publication, nor should documents generated from them unless officially adopted by the C++ working group (ISO/IEC JTC1/SC22/WG21).

Get involved:

How to submit an editorial issue <https://github.com/cplusplus/draft/wiki/How-to-submit-an-editorial-issue>_
How to tell if an issue is editorial <https://github.com/cplusplus/draft/wiki/How-to-tell-if-an-issue-is-editorial>_
How to submit a new issue/defect report <https://isocpp.org/std/submit-issue>_ for non-editorial issues

More information about the C++ standard can be found at isocpp.org <http://isocpp.org/std>_.

Getting Started on Mac OS X

Install the MacTeX distribution <http://tug.org/mactex/>_.

If you are on a slow network, you'll want to get the BasicTeX package <http://tug.org/mactex/morepackages.html>_ instead, then run the following command to install the other packages that the draft requires::

sudo tlmgr install latexmk isodate substr relsize ulem fixme rsfs extract layouts enumitem l3packages l3kernel imakeidx splitindex xstring

Getting Started on Debian-based Systems

Install the following packages::

sudo apt-get install latexmk texlive-latex-recommended texlive-latex-extra texlive-fonts-recommended lmodern

Getting Started on Fedora

Install the following packages::

dnf install latexmk texlive texlive-isodate texlive-relsize texlive-ulem texlive-fixme texlive-extract texlive-l3kernel texlive-l3packages texlive-splitindex texlive-imakeidx

Getting Started on Arch Linux

Install the following packages::

pacman -S make texlive-latexextra texlive-binextra texlive-plaingeneric texlive-fontsrecommended

Getting Started on Microsoft Windows

Install Perl (for example, using a Cygwin installation <https://cygwin.com/install.html>_ and adding perl. See sample instructions <https://bennierobinson.com/programming/2016/01/24/perl-windows-2016.html>_ for more details)

Install MiKTeX <https://miktex.org/download>_

Alternatively, you can install WSL <https://learn.microsoft.com/en-us/windows/wsl/install>_ and a Linux distribution, and follow the instructions for Linux above.

Instructions

To typeset the draft document, from the source directory run::

make

That's it! You should now have an std.pdf containing the typeset draft.

Generated input files

To regenerate figures from .dot files, run::

make

For example::

make figvirt.pdf

Verifying input and output when making changes

While in the source directory, you can check for common mistakes such as misaligned comments with::

../tools/check-source.sh

After typesetting the document, you can also check the output for further problems with::

../tools/check-output.sh

GitHub Actions will also run these checks when you create a pull request, but it's often faster if you run them locally first.

Acknowledgements

A great deal of gratitude goes out to Pete Becker for his amazing work in the original conversion of the C++ standard drafts to LaTeX, and his subsequent maintenance of the standard drafts up to C++11. Thank you Pete.

Thanks to Walter Brown for suggesting the use of latexmk.

riscv/riscv-isa-manual

RISC-V Instruction Set Manual

This repository contains the source files for the RISC-V Instruction Set Manual.

This work is licensed under a Creative Commons Attribution 4.0 International License. See the LICENSE file for details.

The RISC-V Instruction Set Manual is organized into the following volumes:

Volume I: Unprivileged Architecture
Volume II: Privileged Architecture
Volume III: Profiles

The preface of each volume indicates the version of each standard that has been formally ratified by RISC-V International.

Official and Draft Versions

Official versions of the specifications are available at the RISC-V International website.
Compiled versions of the most recent drafts of the specifications can be found on the GitHub releases page.
HTML snapshots of the latest commit can be viewed at the following locations:
Older official versions of the specifications are archived at the GitHub releases archive.

The canonical list of open-source RISC-V implementations' marchid CSR values is available in the marchid.md file.

Contributing

See CONTRIBUTING.md for setup, build instructions, and contribution guidelines. If you would like to contribute to this documentation, please refer to the Documentation Developer's Guide.

The recommended method for building the PDF files is to use the Docker Image, as described in the RISC-V Docs Base Container Image repository.

Alternative build methods, such as local builds and GitHub Action builds, are also available and described in the Documentation Developer's Guide.

Images not rendered for EPUB files

If the eBook reader does not support embedded images, uncomment :data-uri: line in src/riscv-spec.adoc.

Known devices that cannot handle embedded images

PocketBook InkPad 3

Repo Activity

latexstudio/CUMCMThesis

全国大学生数学建模竞赛LaTeX论文模板已经适配到 2023 年格式

全国大学生数学建模竞赛 LaTeX 论文模板

cumcmthesis 是为全国大学生数学建模竞赛编写的 LaTeX 模板, 旨在让大家专注于论文的内容写作, 而不用花费过多精力在格式的定制和调整上. 本手册是相应的参考, 其中提供了一些环境和命令可以让模板的使用更为方便. 同时需要注意, 使用者需要有一定的 LaTeX 的使用经验, 至少要会使用 ctex 宏包的一些功能, 比如调节字距或修改字体大小等等. 例子文件参看 example.pdf.

另外, 本模板制作了视频使用教程, 参看这里.

2019年建模模板的免费视频教程：

第一部分： https://www.bilibili.com/video/av64191560

第二部分： https://www.bilibili.com/video/av64221508

更新记录

2023 年 9 月： 1，更新了前面承诺书版式。

2021 年 7 月： 1，更新 uline 与 hspace 的兼容问题。

2020 年 8 月：

1，适配官网新格式的封面和编号页。格式在这里

2，调整了部分的内容和说明。

2019年9月更新：

1，适配官网格式：http://mcm.edu.cn/html_cn/node/8e7b0262daa56b8953d1b6ccaada9ed4.html。

2，增加了更新说明，格式的说明，视频依然可以使用！

2019年8月更新：

1，更新说明文件和样例。

2，增加了免费视频教程和基础知识介绍。

2018年9月14日更新：

1，修改前面的承诺书内容。

2，修改附录链接问题，目录格式。

2017年8月14日更新说明：

请大家使用较新的 LaTeX 发行版本进行编译，下载地址：http://www.latexstudio.net/page/texsoftware 首页焦点图。不要使用 CTeX 套装。
遇到问题可以到91940767群进行交流或478023327群交流

2017年7月28日更新:

适配2016年的格式要求，调整了承诺和编号页的内容。
修改了附录的代码输入样式。

如果需要去掉封面并把论文标题保留在摘要上面，在加载类的使用如下语句：

    \documentclass[withoutpreface,bwprint]{cumcmthesis}

如果需要封面页，则是与原来一致：

    \documentclass[bwprint]{cumcmthesis}

rstudio/cheatsheets

Posit Cheat Sheets - Can also be found at https://posit.co/resources/cheatsheets/.

Posit Cheatsheets

The cheatsheets make it easy to learn about and use some of our favorite packages. They are published in their respective PDF versions here: https://posit.co/resources/cheatsheets/, some are also available in the RStudio IDE under Help > Cheatsheets.

We are also starting to make some cheatsheets available in a more accessible, text-based HTML format. These are available at https://rstudio.github.io/cheatsheets/.

This repository contains the source files of the current, archived and translated versions.

The cheatsheets use the creative commons copyright. Please see the LICENSE document for more details.

Translations

If you wish to contribute to this effort by translating a cheatsheet, please feel free to use the source Keynote file. To submit a translation, please use a Pull Request via GitHub. See the contributing guidelines for more information.

HTML cheatsheets

If you wish to provide an HTML cheatsheet version, please create a Pull Request with a new .qmd file in the html/ directory of this repository. Use one of the existing qmd files there as a starting point/template. These should not be duplicates of the pdf versions - they should be text-based so they are more accessible to people with visual impairments. Use of images should be minimized, and any images should include appropriate alternative text.

Tips for making a new cheatsheet

Cheatsheets are not meant to be text or documentation! They are scannable visual aids that use layout and visual mnemonics to help people zoom to the functions they need. Think of cheatsheets as a quick reference, with the emphasis on quick. Here's an analogy:

A cheatsheet is more like a well-organized computer menu bar that leads you to a command than like a manual that documents each command.

Everything about your cheatsheet should be designed to lead users to essential information quickly. If you are summarizing the documentation manual, you are doing it wrong! Here are some tips to help you do it right:

Getting Started

RStudio cheatsheets are hosted at https://github.com/rstudio/cheatsheets. You can submit new cheatsheets to the repository with a pull request. See the contributing guidelines for more information.
The files keynotes/0-template.key and powerpoints/0-template.ppt are official templates that contain some helpful tips.
You may find it easiest to create a new cheatsheet by duplicating the most recent Keynote / Powerpoint cheatsheet and then heavily editing it—that's what I do!

Process

Budget more time than you expect to make the sheets. So far, I've found this process to be the least time consuming:

Identify which functions to include by reading the package web page and vignettes. I try to limit my cheatsheets to the essentials.
Organize the functions into meaningful, self-explanatory groups. Each group should address a common problem or task.
Think about how to visualize the purpose of each function. Visual mnemonics are easier to scan than text, which all looks the same.
Think about what key mental models, definitions, or explanations the cheatsheet should contain in addition to the functions. Ideally, use these to explain the visualizations.
Sketch out several possible layouts for the sheet. Take care to put the more basic and/or pre-requisite content above and to the left of other content. Try to keep related content on the same side of the page. often your final layout will itself be a "mental map" for the topic of the cheatsheet.
Type out all of the explanations and function descriptions that you plan to include. Lay them out. Use placeholders for the visuals. Verify that everything fits. White space is very important. Use it to make the sheet scannable and to isolate content groups. Retain white space, even if it means smaller text.
Make the visuals. They take the longest, so I save them for last or make them as I do step 6.
Tweak until happy.

Visual Design

Use the existing theme that you see in the cheatsheets. It is cohesive and black and white printer friendly.
Choose a highlight color to use throughout your cheatsheet, and repeat this highlight color in the background of the top right corner. Ideally you could find a color that is different enough from the other cheatsheets that you can quickly tell yours apart when flipping through a booklet of cheatsheets.
Use a second color sparingly or not at all to draw attention to where it is needed and to differentiate different groupings of content.
Include lots of white space.
Visually differentiate groups of content. Backgrounds, boxes, side bars, and headers are helpful here. It is very useful for the user to know immediately where one group of content begins and where one ends. Our "gradation headers" fail here, so think of better solutions if possible.
Align things to guides, i.e. align things across the page. It helps define the white space and makes the cheat more orderly and professional.
Make the text no smaller than ~10pt.
If the letters are white on a colored background, make the font thicker - semibold or bold.
Save bold text for simple, important statements, or to draw scanning eyes to important words, such as words that identify the topic discussed. Don't make an entire paragraph bold text.

Content

Include a hex sticker, IDE screenshot, or other branding material. The cheatsheets have a second function as marketing material.
Include a Creative Commons Copyright to make the sheet easy to share. You'll find one baked into every cheatsheet and the template.
Be very concise - rely on diagrams where possible.
Pay attention to the details! Your readers sure will... so be correct.
If in doubt, leave it out. There is a documentation manual after all.
Code comments inform, but fail to draw the readers attention. It is better to use arrows, speech bubbles, etc. for important information. If it is not important information, leave it out.
Simple working examples are more helpful than documentation details. They meet the user at his or her pain points, demonstrating code, and reminding users how to run it, with the least context shifting.
Add some concise text to help the user make sense of your sections and diagrams. Images are best, but readers need to be able to interpret them.

Summary

Your cheatsheet has two goals. First, to help users find essential information quickly, and second, to prevent confusion while doing the above. Your best strategy will be to limit the amount of information you put into the cheatsheet and to lay that information out intuitively and visually. This approach will make your cheatsheet equally useful as a teaching tool, programming tool, or marketing tool.

Cheatsheets fall squarely on the human-facing side of software design. They focus on human attention. What does that mean? When you write documentation, your job is to fill in all of the relevant details—that's a software facing job, you need to know the software to do it. You assume that interested humans will find their way to your details on their own (and understand them when they do!). When you make a cheatsheet, your job flips. You assume that the relevant details already exist in the documentation. Your job is to help interested humans find them and understand them. Your job is to guide the human's attention. Don't just write, design.

Website

This repo is deployed as a quarto website at https://rstudio.github.io/cheatsheets/. It uses renv to manage the dependencies to render the site (in particular the html/*.qmd files that generate the HTML cheatsheets). Packages that are required to render these cheatsheets should be list in DESCRIPTION so that they are reliably discovered by renv::snapshot().

We prefer the Quarto cheatsheets to set eval: true and output: false in the execute options (vs eval: false) as this helps to ensure the code in them still works when they are rerun. Exceptions can be made on a per-chunk basis, and some (e.g., keras) are not really feasible to run all the time due to complex installation.

GitHub TeX Weekly Trending Repositories

zhanwen/MathModel

数学建模资源

更新模块

2025 年研究生数模 (新)

官网报名地址：官网地址

2024 年研究生数模

官网报名地址：官网地址

2023 年研究生数模

官网报名地址：官网地址

下载与使用（由于整个项目直接下载比较慢，可以看方式四）

国赛试题

国赛论文

以下是历史更新版本

2022 年研究生数模

2022.12.30 比赛结果公示，获奖名单

2022.10.6—2022.10.10 比赛已经结束，大家耐心等待获奖吧（(o^^o)）

官网报名地址：官网地址

2021 年研究生数模

2021.12.10 比赛结果公示，获奖名单

2021.10.14—2021.10.28 比赛已经结束，大家耐心等待获奖吧（(o^^o)）

2021.10.13 明天早八点开始，祝大家比赛开心 （^_^）

官网报名地址：官网地址

2020 年研究生数模

2020.11.24 今年比去年晚两个礼拜，比赛结果经过一个半月的评审，在这一天公布了获奖名单，大家的努力相信都会有所收获。余生还有很多有意义的事情需要我们去做，让我们一起努力吧。(o^o)

预告一下，按照往年成绩公布时间，应该是在双十一那天。要么喜上加喜，要么少买点东西 (o^^o)。

论文提交（MD5使用方法）

论文模版更新

官网报名地址：官网地址

2019 年研究生数模

2019.11.11 又是双十一，比赛结果经过一个半月的评审，在这一天公布了获奖名单，大家的努力相信都会有所收获。余生还有很多有意义的事情需要我们去做，让我们一起努力。(o^o)

2019.9.19—2019.9.23 比赛已经结束，大家耐心等待获奖吧（(o^^o)）

论文提交（MD5使用方法）

论文模版更新

下载方式(仓库比较大，建议单个文件下载)

官网报名地址：官网地址

2018.9.15 祝大家比赛开心 （^_^）

2018.9.19 比赛已经结束，大家耐心等待获奖吧（^o^）

2018.11.11 比赛结果经过一个半月的评审，终于在昨天公布了获奖名单，大家的努力相信都会有所收获。余生还有很多有意义的事情需要我们去做，让我们一起努力。(o^^o)

更新/添加比赛官网地址戳这里

美赛论文

数学建模算法

教材及课件

数学建模算法思维导图

Matlab 入门教程

声明

个人微信公众号

赞助和支持

联系

lib-pku/libpku

libpku - 贵校课程资料民间整理

Preface

Usage

Contribution

Disclaimer

License

Related Works

billryan/resume

Résumé

Features

Quick Start

Sample Output

Usage

License

posquit0/Awesome-CV

Awesome CV

What is Awesome CV?

Donate

Preview

Résumé

Cover Letter

Quick Start

How to Use

Requirements

Usage

Credit

Contact

Maintainers

See Also

tuhdo/os01

2021.10.13 明天早八点开始，祝大家比赛开心（^_^）

2018.9.15 祝大家比赛开心（^_^）