Discrete Mathematics and Functional Programming. Author: Thomas VanDrunen Thomas VanDrunen, Functional programming as a discrete mathematics. Discrete Mathematics and Functional Programming is a textbook on discrete mathematics and functional programming in ML by Thomas VanDrunen. Of course discrete math is not exactly a very deep branch, but still it gives you a /Discrete-Mathematics-Functional-Programming-VanDrunen/dp/

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I encourage students who plan prgramming observe holy days that coincide with class meetings or assignment due dates to consult with me as soon as possible so that we may reach a mutual understanding of how you can meet the terms of your religious observance and also the requirements for this course. Learn some fundamental combinatorial concepts: Section 2 MWF Learn how to interpret mathematical language and symbols properly, and how to communicate mathematical ideas effectively.

Please just copy and paste the text into the body your email. I’m thinking that as we do review we will add functionao subjects into the peggy plus plus wiki. Much of your learning will happen outside of class. Work to engage with and deeply understand the material. Tuesday, May 16 at 2: Both centered on cardinality, disjointness, and partitions. Learn how to abstract away essential ideas and to represent data using sequences, relations, graphs, and other combinatorial models.

We found that by spending extra time on these sections we were able to tie up some holes in our collective understanding of proofs and how to execute algorithms relying on quantification. Students need to provide documentation to the Coordinator for Disability Resources, Autumn Wilke, located on the 3rd floor of the Rosenfield Center x Consult the general Grinnell College policy functionzl Academic Honesty and the associated booklet for general information.

Discrete Mathematics and Functional Programming | Peggy++ Wiki | FANDOM powered by Wikia

We matnematics also spend a great deal of time learning to write mathematical proofs. Unlike some of your past experiences in mathematics, there will typically be many correct answers to each problem. Writing “I worked with Sam on this problem” or “Mary helped me with this problem” suffices. Although I encourage doing this in all of your math and computer science courses, Discrete Mathematics is a subject where this approach is especially helpful and often leads to key insights.


Most students should anticipate spending about 12 hours a week devoted to the course. A major goal of this course is to learn how to express your mathematical ideas correctly and to write convincing proofs. One of the most difficult parts of your mathematical education is learning how to transition from having no idea, to obtaining vague hunches, to seizing on key ideas, to writing correct proofs. LaTeX is a wonderful free typesetting system which produces high-quality documents at the cost of only a small amount of additional effort beyond the nontrivial start-up cost of learning to use it.

Do not be alarmed if your homework has many comments about how to improve nobody starts out as an expert.

Many of the concepts discussed in earlier chapters is review of Gersting with additional introduction of ML. If you work with others, your homework must be written up independently in your own words. When graded homework is returned, spend time reading the comments and reflecting on how you can improve your writing.

Relying on pattern matching and mimicry of past solutions will not lead to success. I really enjoy interacting with students. However, you may not specifically look for solutions to homework problems, and you may not solicit help for homework problems from online forums. An Open Introduction by Oscar Levin, which is available online.

Very few homework problems can be solved by looking up a similar problem from class and making small adjustments. If you do collaborative work or receive help form somebody in the course, you must acknowledge this on the corresponding problem s.


Discrete Structures

Thursday, May 18 at 2: Chapter 3 sections 11, 12, and 14 focus on quantification, a foundational concept that is pertinent to the majority of the proofs in later sections. The process of abstracting from special cases to general patterns is difficult at first, but the only way to improve is not to be afraid to try.

How to Prove It by Daniel Velleman. Overall difficulties and suggestions are discussed for all chapters we worked through.

Discrete Mathematics and Functional Programming

The class then worked through example problems together or worked through newly assigned exercises that class members were encouraged to attempt. Do what you can. You can not write a communal solution and all annd it down. Please come to my office hours when you want assistance! Learn new ways to justify the correctness of a program, as well as conceptual techniques to help understand the run time of a program.

The most difficult aspect of chapter 2 was the lab, language processor, and additional information can be prpgramming on the Lab Page.

Alternatively, you can use a package manager like Homebrew on a Mac. Develop your ability to think recursively, and how to justify recursive procedures using mathematical induction.

Chapter 1 sections 8 and 9 were precursors to chapter 7 sections 9 and 10 and therefore were reviewed together. During this review, class members were encouraged to read through the sections and find any particular questions they had then bring those to class discussion. If you are stuck on a problem, begin by working on simple examples and special cases.

Contents [ show ]. Book of Proof by Richard Hammack. Writing and Proof by Ted Sundstrom.