Mathematics Digital Library:About
I started this project for several reasons, and I will try to explain them on this page.
All my life, I have had no problems buying books. When I was studying, my parents ensured that I always had all the books and other resources I needed. No matter how expensive it was, they would go out of their way to get their hands on it, even sourcing them from abroad, which wasn't easy in the 1970s. Over the years, I realised that this is not so for many students around the world. For some students, books are a luxury.
After graduating from the National University of Singapore, I worked as a chemical engineer in McDermott Southeast Asia for a short time, and then became a lecturer.
The first subject I taught was engineering mathematics. Because I was teaching mathematics, I started collecting math textbooks so that I would have many examples and exercises to give to the students. I noticed that one's proficiency in mathematics depended on how much one "practiced". Humans are really super efficient pattern recognition machines! When they practice more, the also recognise more! Also, whenever I visited a country, I would try to go to a bookstore to buy at least one math textbook bring back home with me. That became, to me, a souvenir from that country. In addition, I scoured secondhand bookstores (mainly in Bras Basah Complex in Singapore) to see if there were any books that I could add to my collection. When the World Wide Web started, things got a lot easier, and I visited online stores like BookFinder and AwesomeBooks to add to my collection. After 30 years of teaching (and travelling), I realised that I had amassed over 600 math textbooks from Singapore, Malaysia, United Kingdom, United States, Indonesia, Thailand, Vietnam, Myanmar, the Philippines, Taiwan, China, India, Israel, Australia, Japan, France and the Czech Republic. During my free time, I would page through the books in my collection.
A few things struck me.
First, the price of textbooks. Math textbooks can be very expensive! Take Thomas' Calculus, for example (I used the 5th edition of this textbook when I was an undergraduate). The 14th edition cost a whopping US$179.44 on Amazon. Apostol's Calculus (Volume 1) costs US$239.39! Students from developing countries will never be able to afford these excellent textbooks -- they're far too expensive! One reason the price is so high is because it's so huge -- usually over a thousand pages! In addition to being expensive, they're thick, heavy and unwieldy to lug around. I wonder if publishers realise that students today don't like to carry textbooks around (even light ones)! Could we make textbooks thinner, and cheaper? I started thinking -- if we were to remove pages from a textbook to make them thinner, which pages could be dispensed off?
Second, the amount of repetition in these books. There are so many examples and questions that were repeated across the different textbooks. Authors re-create so many questions and solutions when they write a math textbook. Is this re-creation necessary? It would be much better if authors spent time creating better explanation on the concepts rather than creating more questions. There is already an amply supply of questions in the textbooks published over the past centuries (yes, centuries -- hundreds of years!).
Third, the lack of solutions to the questions in exercises. Authors usually provide final answers (usually, just the final number) to selected questions (e.g., the odd-numbered questions), but what students need are the full solutions, the steps that progressively lead to the solution. Some publishers publish a "students guide" or "solutions manual" to supplement the textbook, but even these do not have the step-by-step solutions for all the questions. The final answers are only useful for the good students. They use the final answer as a check. They are not useful for the student who does not even know how to start on the question. There is a good reason why authors don't provide the full solution to all questions -- space just doesn't allow it. Imagine how thick textbooks would be if all the questions came with its complete solution! I estimate doing that would add at least 4,000 pages to the textbook, or four volumes of 1,000 pages each!
The thing is that most students learn mathematics by studying examples, and it would be great if clearly explained solutions could be found. This is the idea behind The Mathematics Digital Library. We provide questions publicly online for anyone to solve, and we provide a platform where teachers and students can solve the questions. These (the questions and the solutions) are then made available to everyone. What about the the authors of textbooks, you might ask ...? They can then concentrate on writing and explaining mathematics, instead of reinventing questions for the textbooks they write. In their textbooks, they can refer students to the questions on this database, instead of re-compiling sets of questions, and re-inventing the wheel. Students can come use the solved problems on this site as examples to learn from.
Fourth, there is a huge overlap in the mathematics curriculum of many countries. To put it simply, most countries teach their students the same stuff, when it comes to mathematics! This means once digitized, the questions will benefit students everywhere! They do have to have Internet connectivity, and a device to access the Internet with, but with just these two requirements, they're can access the library!
Mathematics textbooks have been around for a long time. The first ever calculus textbook was published way back in 1696 (over three centuries ago!) by Guillaume de l’Hôpital under the name Analyse des Infiniment Petits pour l’Intelligence des Lignes Courbes (Boyer, 1946). It's available (for free) here. Mathematics questions (and solutions) have been recycled from textbook to textbook for a long time, and its time this stops!
Where do the questions on The Mathematics Digital Library come from, you might ask. They come from the textbooks in my collection. You only need to know MathJax to work on the solutions. MathJax is easy to learn. As this database is built on a Wiki, any one can contribute, and that includes you!
Many types of content are available for free today on the World Wide Web:
dictionaries (e.g., The Free Dictionary) encyclopedias (e.g., Wikipedia) maps (e.g., OpenStreetMap) music scores (e.g., International Music Score Library Project) It's time for mathematics questions (and their solutions) to get online for free too!
Take a look at this set of questions that I have digitized. You can now contribute the solutions.
I will be starting to digitize the questions from the textbooks I own. Many of them are excellent textbooks, but not easy to find.
Open Educational Resources (OER)
Here are three definitions of open educational resources (OERs):
(i) educational resources, enabled by information and communication technologies, for consultation, use and adoption by a community of users for non-commercial purposes;
(ii) digitised materials offered freely and openly for educators, students, and self-learners to use and reuse for teaching, learning and research; and
(iii) resources that reside in the public domain or have been released under an intellectual property license that permits their free use or re-purposing by others.
An OER may be an entire course, a complete book, or a more granular piece, such as a single learning object.
I'm working on a few technical details with the wiki platform now (specifically, how to organise the content so that the questions can be found!), but will be adding questions soon.
A special thanks to Sophie Hnin for setting up MediaWiki, along with the MathJax extension.
To join me in this effort (adding questions, or solving them), email me at firstname.lastname@example.org.
Bover, C.B. (1946). The First Calculus Textbooks. The Mathematics Teacher, 39(4), 159-167.
Three students who are doing their Critical Inquiry project with me is responsible for jump-starting the work on The Mathematics Digital Library. They are Bian Qiuyu, Chen Xiaofeng and Zhang Suyu. ...
This project has been made possible because of the efforts of several people.
我教的第一个科目是工程数学。作为一名数学老师，我需要收集数学教材，并从中寻找例题和习题给学生讲解。在这个过程中，我意识到一个人的数学水平高低取决于他花了多少功夫去练习。人类是超高效的模式识别机器 - 当我们练的越多，理解到的也就越多。我会在每一个我去过的国家的书店里买至少一本当地的数学教材。这些教材之于我，是纪念品之于旅人。除此之外，我也会去二手书店（主要在新加坡Bras Basah Complex）搜罗可以纳入我数学书收藏的书。
再次，数学题的解答也有一些匮乏。编者通常只是在特定的题目（如奇数相关的题）下给出最终解，然而学生需要的是完整的解决方案，是逐步走向最终答案的步骤。有的出版社会出版 "学生指南 "或 "解题手册 "作为教材的补充，但即便如此，也没有所有问题的分步解法。最终答案只适用于那些优秀的学生用来校对正误，而对没有解题头绪的同学来说，它们没有任何意义。编者不将完整步骤放上书本的理由也很简单-没有位置。想象一下，如果所有的解题步骤都印刷在教材上，那这本书会有多厚。我估计这样做至少可以使教材增加4000页，也就是四卷，每卷1000页。但事实是，大多数学生是通过学习例题来学习数学的，详尽的解题步骤可以帮助他们很多。这便是创建数字化数学题库的思想启发和基础。我们会通过网站提供公开的数学题目供老师、同学以及大家解决，并分享给大家。你可能会问，那教科书的作者呢？他们可以集中精力编写和解释数学概念，而不是为他们编写的教科书重新设计数学题。 在课本中，他们可以让学生参考数字化数学题库中的问题，而不是重新编排成套的问题。而学生可以把这个网站上的解题作为例子来学习。
数学教科书的出现由来已久。有史以来的第一本微积分教科书早在1696年（3个多世纪前）由Guillaume de l'Hôpital出版，书名为Analyse des Infiniment Petits pour l'Intelligence des Lignes Courbes（Boyer，1946）。由此可见，数学问题（和解决方案）一直循环往复地出现在各个教科书中，而我们是时候去停止这种做法了。
如今，许多不同类型的内容都可以在万维网上免费获得：字典(如《The Free Dictionary》)、百科全书(如维基百科)、地图(如OpenStreetMap)、乐谱(如International Music Score Library Project)。而现在是时候让数学题(及其解法)也能通过网络免费获得了。
(二) 免费和公开提供的数字化材料，供教育工作者、学生和自学者以教学、学习和研究为目的利用和再利用。 (三) 属于公共领域的资源，或根据允许他人自由使用或再利用的知识产权许可证发布的资源。
参考文献： Bover, C.B. (1946). The First Calculus Textbooks. The Mathematics Teacher, 39(4), 159-167.
Project Team Members
Bian Qiuyu is currently a student of the Master of Science (Knowledge Management) programme at the Nanyang Technological University in Singapore. I was a former undergraduate in Creative Media at the Faculty of Communication, University of Macau. I see myself as a relentless idea person, and I’m always looking for a new inspiration. I enjoy recording the flow of time or capturing the freeze frame moments in life with my camera, since video production and photography allow me to bring my understanding of life into reality and show it through my work. I am one of the team members involved in the improvement of "The Mathematics Digital Library" project at NTU. This project was a brave attempt for me. It is also a hands-on opportunity for us to learn about the diversity and richness of knowledge management. I hope that this website will break the limitations of physical textbooks, regions, languages on learning mathematics, thus providing help to students who are interested in mathematics. If you have any ideas or suggestions, please contact me via email@example.com.
边秋宇，现为南洋理工大学理科硕士（知识管理）课程学生，曾就读于澳门大学传播系创意媒体专业。我视自己为一个随时都在寻找灵感的创想者。我热爱用相机记录下时间的流动或捕捉生活中的定格瞬间，因为在摄影和视频作品中，我能够表达出自己对生活的理解以及感受。 我是参与完善南大 "数学数字图书馆 "项目的团队成员之一。这个项目对我来说是一次勇敢的尝试，也是一次让我们了解到知识管理的多样性和丰富性的实践机会。希望这个网站能打破实体教材、地区、语言对数学学习的限制，从而为对数学感兴趣的同学提供帮助。 如果您有什么想法或建议，请通过byunchoowoo98123@gmail.com与我联系。
Chen Xiaofeng is currently a student of the Master of Science (Knowledge Management) programme at the Nanyang Technological University in Singapore. I am graduated from e-business management and information system in HKBU-BNU United International College. I’m an enthusiast of new media and I hope to work in Internet industry such a fast-growing field so that I can be exposed to the new and changing things. Besides that, I enjoy music and movie in my free time to relax myself. Because of my major, I am quite interested about the process of connecting physical with virtual world including transferring offline information to online version. That is what we want to realize in this website. Instead of physical textbooks, we hope online mathematics questions can be shared among someone who needs it no matter wherever he or she is. For students who are get stuck in learning mathematics, it would be a place for you to practice what you have learnt and find solutions to abundant of questions. For teachers, the well-classified questions site would relieve some burden of colleting practices. Any suggestions and questions, please contact me at firstname.lastname@example.org without hesitation.
陈晓枫目前就读于南洋理工大学知识管理专业，本科就读于北京师范大学－香港浸会大学联合国际学院的电子商务管理与信息系统专业。我是一名新媒体爱好者，有着对于互联网行业的热情，希望以后可以在这个快速发展的领域里持续地接触最新兴的技术并在其中贡献自己的一份力。除此之外，在闲暇时期，我非常享受音乐与其诠释世间万物的方式。 因为我的专业（电子商务），我对于将现实与虚拟世界紧密连接的过程很感兴趣，其中包括了将线下的信息转化成线上的形式，这正是我们在这个网站里所想实现的结果。我们希望能与所有有需求的人共享这个线上的数学题库。对于身陷数学学习的学生来说，这会是一个可以让你练习所学知识并提供了解题方法的线上数据库。而对于数学老师来说，这个拥有优秀分类的网站会减轻你收集数学题目过程中的负担。 如果有任何的建议和问题，随时可以通过邮件联系我。email@example.com
Zhang Suyu is currently a student of the Master of Science (Knowledge Management) programme at the Nanyang Technological University in Singapore. And I studied in Nanjing Agricultural University as an undergraduate student between 2016 and 2020, majoring in Tourism Management. I enjoy travelling, watching movies in my spare time, and sometimes I would listen to music to refresh my mind.
I have a strong interest in education industry. When I was an undergraduate student, I did a lot of research on education tourism with my partners. During that time I found technology really plays an important role in the education. And today because of the COVID -19 pandemic, we are involved with internet much more often than before. Therefore, we decided to carry out this project, to explore how to construct a platform of mathematics questions to bring convenience and efficiency to students, teachers as well as other mathematics leaners and researchers on their learning journey, with the help of internet technology. I think this is a very meaningful project which can indeed make a difference in the math education and help those people in need. Therefore, we really welcome everyone to join us and help us to review and enrich this website, to make a difference. Any suggestions and questions, please contact me at firstname.lastname@example.org without hesitation.