You Can Do Research Too

I was recently discussing gatekeeping and the process of getting started in CS research with a close friend. I feel compelled to offer a note.

As a practicing academic researcher, I’m personally thrilled by the degree of excitement regarding CS research today in the broader technical community. Reading papers and doing research have always been favorite activities for me, and it’s tremendously heartening to see organizations like Papers We Love and its many members sharing their excitement as well. Research is a very human way to engage with our curiosity, and curiosity deserves cultivation, celebration, and sharing.

To someone interested in learning more about research, I’d offer the following words of encouragement and advice:

No one is born a researcher

There is no prescribed way that a researcher has to look, act, or be. One of my closest colleagues started off doing technical support during the first dot-com boom with only an undergraduate degree in literature and no background in Computer Science. Today, my colleague is a tenure-track professor doing work I deeply respect and admire. Two other colleagues who are faculty at top-tier departments started their careers after emigrating as refugees, and each did their undergraduate work at non-traditional institutions. Another colleague recently started a Ph.D. after spending several years working closely with researchers while in industry, without an undergraduate degree. The CS academy is highly homogeneous, with a long way to go. But if you look closely enough, you may be surprised to find someone who looks and feels more like you than you might otherwise think exists.

Pedigree and privilege

Granted, pedigree and privilege make many things much easier. But pedigree and privilege are not strictly necessary to do great research, and they are certainly not sufficient to do great research. Among other things, great research comes from curiosity, creativity, hard work, determination, some amount of brilliance, and many failures.

Some concrete suggestions

  1. Read papers.
  2. Discuss them with friends, or strangers.
  3. Go to your local Papers We Love meetup, or start your own chapter.
  4. Try implementing what you read. Open sourcing and sharing your code is even better. There’s a good chance your code is better written than the code used for the paper.
  5. If you get confused, check Wikipedia. Almost everyone reads Wikipedia, including professors. In addition, consider checking out a book from your local library. Textbooks are great guides to new and unfamiliar areas.
  6. Ask yourself: how would I improve this research if I did it myself?
  7. Ask yourself: how could I produce a follow-on project?
  8. Blog about what you’ve learned and about questions like these.
  9. Spend some time trying to improve and follow on to your favorite paper(s). Write some code. Run an experiment. Or try to find a big-O improvement.
  10. Email authors if you have questions (or want to express your excitement about their work). If they happen not to respond, don’t worry; research makes for busy schedules, and I’d bet that your polite enthusiasm may have made their day a little bit brighter.
  11. Attend research seminars. Your local university should have at least one public talk series, or watch them online.
  12. If you’re in school, make sure to attend office hours. Ask questions. Enroll in a graduate-level seminar, ideally one focused on reading and discussing papers.
  13. If you’re not in school, still ask questions. Seek out a community that can help you find answers. If you don’t know of a community, I suggest reaching out on social media like Twitter.
  14. Don’t get discouraged.
  15. Trust in your curiosity.
  16. Be respectful, but be bold.

Some final thoughts

Make no mistake: getting started in research is hard. The above steps aren’t enough. Getting started in research requires perseverance and will over time require many people to make investments in you and your success. But you can be the first person to make an investment—by learning, educating yourself, doing hard things, and beginning to develop your skills. You have much more agency and power than you may believe.

You can follow me on Twitter here.

 

You Can Do Research Too的更多相关文章

  1. hihoCoder 1427 : What a Simple Research(大㵘研究)

    hihoCoder #1427 : What a Simple Research(大㵘研究) 时间限制:1000ms 单点时限:1000ms 内存限制:256MB Description - 题目描述 ...

  2. [转载]Three Trending Computer Vision Research Areas, 从CVPR看接下来几年的CV的发展趋势

    As I walked through the large poster-filled hall at CVPR 2013, I asked myself, “Quo vadis Computer V ...

  3. (转) Deep Learning Research Review Week 2: Reinforcement Learning

      Deep Learning Research Review Week 2: Reinforcement Learning 转载自: https://adeshpande3.github.io/ad ...

  4. MLA Handbook for Writers of Research Papers笔记

    MLA Handbook for Writers of Research Papers.7th ed.New York:MLA,2009.print.还有一本,留待阅读MLA Style Manual ...

  5. A List of Social Tagging Datasets Made Available for Research

    This list is not exhaustive - help expand it! Social Tagging Systems Research Group Source Year Obta ...

  6. What is research (1)

    This abstract tells me a lot of stories about itself. Here I want to discuss two stories about it. I ...

  7. PHP serialize && unserialize Security Risk Research

    目录 . 序列化的定义 . serialize:序列化 . unserialize:反序列化 . 序列化.反序列化存在的安全风险 . Use After Free Vulnerability -] . ...

  8. Computer Graphics Research Software

    Computer Graphics Research Software Helping you avoid re-inventing the wheel since 2009! Last update ...

  9. You and Your Research(Chinese)

    转自:http://lyxh-2003.iteye.com/blog/434014 这是大科学家Richard Hamming的著名讲演,于1986年在贝尔通讯研究中心给200多名Bellcore的科 ...

随机推荐

  1. 使用D3绘制图表(7)--饼状图

    这次是绘制饼状图,也是这一次使用D3绘制图表的最后一篇,大家可以从其他地方深入学习D3绘制图表,也可以直接查看D3的API进行学习,本次绘制饼状图的数据跟之前的卸载数组里面的不一样,这一次是使用d3的 ...

  2. java 数据绑定的几种方式及相关注意事项-持续更新

    spring mvc 中会遇到各种数据绑定,有些不常用的,但是千万不要觉得不可以,没有什么是不可以的,只要能够想到,就可以. 数据绑定方式: 1. 注意: 当数据为包装类型的数字型时,如果Long h ...

  3. [转]Spring3 MVC + jQuery easyUI 做的ajax版本用户管理

    原文地址:http://www.iteye.com/topic/1081739 上周写了篇基于spring3.0.5 mvc 简单用户管理实例 ( http://www.iteye.com/topic ...

  4. iOS不得姐项目--封装状态栏指示器(UIWindow实现)

    一.头文件 #import <UIKit/UIKit.h> @interface ChaosStatusBarHUD : NSObject /** 显示成功信息 */ + (void)sh ...

  5. eclipse-mvn打包跳过junit测试类

    修改pom.xml,在build选项加上plugins的这段如下: <build> ..... <plugins> <plugin> <groupId> ...

  6. Java-URLConnection类详解

    抽象类 URLConnection 是所有类的超类,它代表应用程序和 URL 之间的通信链接.此类的实例可用于读取和写入此 URL 引用的资源.通常,创建一个到 URL 的连接需要几个步骤: open ...

  7. 【BZOJ-1670】Building the Moat护城河的挖掘 Graham扫描法 + 凸包

    1670: [Usaco2006 Oct]Building the Moat护城河的挖掘 Time Limit: 3 Sec  Memory Limit: 64 MBSubmit: 464  Solv ...

  8. 【BZOJ-1369】Gem 树形DP

    1369: [Baltic2003]Gem Time Limit: 2 Sec  Memory Limit: 64 MBSubmit: 282  Solved: 180[Submit][Status] ...

  9. 【poj2823】 Sliding Window

    http://poj.org/problem?id=2823 (题目链接) 题意 维护滑动窗口最大最小值. Solution sb单调队列 代码 // poj2823 #include<algo ...

  10. Python学习资料汇总

    官方文档:https://docs.python.org/2.7/ Python标准库:http://7xo8t2.com1.z0.glb.clouddn.com/file/Python%E6%A0% ...