组合数学 (Spring 2014): Difference between revisions

From TCS Wiki
Jump to navigation Jump to search
imported>Etone
Created page with "{{Infobox |name = Infobox |bodystyle = |title = <font size=3>组合数学 <br> Combinatorics</font> |titlestyle = |image = |imagestyle = |capti…"
 
imported>Etone
 
(23 intermediate revisions by the same user not shown)
Line 66: Line 66:
:*email: yitong.yin@gmail.com, yinyt@nju.edu.cn,
:*email: yitong.yin@gmail.com, yinyt@nju.edu.cn,
:*office: 804
:*office: 804
* '''Teaching fellow''': 金宇
:*email: jinyu1122@hotmail.com
* '''Class meeting''': Thursday 8am-10am, 仙 I-101.
* '''Class meeting''': Thursday 8am-10am, 仙 I-101.
* '''Office hour''': Wednesday 2-4pm, 计算机系 804.
* '''Office hour''': Wednesday 2-4pm, 计算机系 804.
Line 79: Line 77:


=== Course materials ===
=== Course materials ===
* [[组合数学 (Spring 2013)/Course materials|<font size=3>教材和参考书清单</font>]]
* [[组合数学 (Spring 2014)/Course materials|<font size=3>教材和参考书清单</font>]]


=== 成绩 Grades ===
=== 成绩 Grades ===
Line 95: Line 93:


= Assignments =
= Assignments =
*[[组合数学 (Spring 2014)/Problem Set 1|Problem Set 1]], due on March 27, Thursday, in class.
*[[组合数学 (Spring 2014)/Problem Set 2|Problem Set 2]], due on April 24, Thursday, in class.
*[[组合数学 (Spring 2014)/Problem Set 3|Problem Set 3]], due on May 22, Thursday, in class.
*[[组合数学 (Spring 2014)/Problem Set 4|Problem Set 4]], due on June 19, Thursday, in class.


= Lecture Notes =
= Lecture Notes =
# [[组合数学 (Spring 2013)/Basic enumeration|Basic enumeration]]
# [[组合数学 (Spring 2014)/Basic enumeration|Basic enumeration]]
# Generating functions
# [[组合数学 (Spring 2014)/Generating functions|Generating functions]]
# Sieve methods
# [[组合数学 (Spring 2014)/Sieve methods|Sieve methods]]
# Cayley's formula
# [[组合数学 (Spring 2014)/Cayley's formula|Cayley's formula]]
# Pólya's theory of counting
# [[组合数学 (Spring 2014)/Pólya's theory of counting|Pólya's theory of counting]]
# Existence problems
# [[组合数学 (Spring 2014)/Existence problems|Existence problems]]
# The probabilistic method
# [[组合数学 (Spring 2014)/The probabilistic method|The probabilistic method]]
# Extremal graph theory
# [[组合数学 (Spring 2014)/Extremal graph theory|Extremal graph theory]]
# Extremal set theory
# [[组合数学 (Spring 2014)/Extremal set theory|Extremal set theory]]
# Ramsey theory
# [[组合数学 (Spring 2014)/Ramsey theory|Ramsey theory]]
#  Matching theory
[[组合数学 (Spring 2014)/Matching theory| Matching theory]]
#  Flow and matching
[[组合数学 (Spring 2014)/Flow and matching|Flow and matching]]


= Concepts =
= Concepts =

Latest revision as of 05:12, 11 June 2014

组合数学
Combinatorics
Instructor
尹一通
Email yitong.yin@gmail.com yinyt@nju.edu.cn
office 计算机系 804
Class
Class meetings Thursday, 8am-10am
仙 I-101
Office hours Wednesday, 2-4pm
计算机系 804
Textbook
van Lint and Wilson.
A course in Combinatorics, 2nd ed.,
Cambridge Univ Press, 2001.
Jukna. Extremal Combinatorics:
With Applications in Computer Science,
2nd ed.
, Springer, 2011.
v · d · e

This is the page for the class Combinatorics for the Spring 2013 semester. Students who take this class should check this page periodically for content updates and new announcements.

Announcement

To be added.

Course info

  • Instructor : 尹一通
  • email: yitong.yin@gmail.com, yinyt@nju.edu.cn,
  • office: 804
  • Class meeting: Thursday 8am-10am, 仙 I-101.
  • Office hour: Wednesday 2-4pm, 计算机系 804.

Syllabus

先修课程 Prerequisites

  • 离散数学(Discrete Mathematics)
  • 线性代数(Linear Algebra)
  • 概率论(Probability Theory)

Course materials

成绩 Grades

  • 课程成绩:本课程将会有若干次作业和一次期末考试。最终成绩将由平时作业成绩和期末考试成绩综合得出。
  • 迟交:如果有特殊的理由,无法按时完成作业,请提前联系授课老师,给出正当理由。否则迟交的作业将不被接受。

学术诚信 Academic Integrity

学术诚信是所有从事学术活动的学生和学者最基本的职业道德底线,本课程将不遗余力的维护学术诚信规范,违反这一底线的行为将不会被容忍。

作业完成的原则:署你名字的工作必须由你完成。允许讨论,但作业必须独立完成,并在作业中列出所有参与讨论的人。不允许其他任何形式的合作——尤其是与已经完成作业的同学“讨论”。

本课程将对剽窃行为采取零容忍的态度。在完成作业过程中,对他人工作(出版物、互联网资料、其他人的作业等)直接的文本抄袭和对关键思想、关键元素的抄袭,按照 ACM Policy on Plagiarism的解释,都将视为剽窃。剽窃者成绩将被取消。如果发现互相抄袭行为, 抄袭和被抄袭双方的成绩都将被取消。因此请主动防止自己的作业被他人抄袭。

学术诚信影响学生个人的品行,也关乎整个教育系统的正常运转。为了一点分数而做出学术不端的行为,不仅使自己沦为一个欺骗者,也使他人的诚实努力失去意义。让我们一起努力维护一个诚信的环境。

Assignments

Lecture Notes

  1. Basic enumeration
  2. Generating functions
  3. Sieve methods
  4. Cayley's formula
  5. Pólya's theory of counting
  6. Existence problems
  7. The probabilistic method
  8. Extremal graph theory
  9. Extremal set theory
  10. Ramsey theory
  11. Matching theory
  12. Flow and matching

Concepts