课程简介
本课程主要为对数学和计算机科学/工程有兴趣的学生介绍数学逻辑与图论的原理。主要内容分为两部分:数理逻辑和图论。第一部分主要介绍数学语言的定义(命题和谓词逻辑)、递归概念和关系理论。第二部分讨论图论的主要结论并介绍本课程所涉及的方法和术语。图的数学理论是重点。涉及的主题有:顶点、边、度、平面图、有向图、偶图、连通性、路径、欧拉回路、哈密顿回路、树、独立集、平面化和着色等。着重强调了现代数理逻辑与图论中已经被证明是非常有成效的各种方法。
This course is an introduction to the theory of mathematical logic and graphs intended for students interested in mathematics and computer science/engineering theory. The content of this course is divided into two parts: mathematical logic and graph theory. The first part gives will meet precise definitions of the language of mathematics (propositional and predicate logic), and basic notions of recursion and relation theory. The second part discusses some of the major results of graph theory, and provides an introduction to the methods and terminology of the subject. Emphasis will be given to mathematical theory of graphs. The topics include: vertex, edge, degrees, planar graphs, directed graphs, bipartite graphs, connectivity, paths, Eulerian tours, Hamiltonian cycles, trees, independent sets, planarity, and colorings, etc. Special emphasis is on various approaches that has proved fruitful in modern mathematical logic and graph theory.
课本
《离散数学及其应用(原书第8版)本科教学版》(美)Kenneth H. Rosen 著,徐六通 杨娟 吴斌 译,机械工业出版社
《离散数学及其应用》(原书第8版)(美)Kenneth H. Rosen 著,徐六通 杨娟 吴斌 译,机械工业出版社(pdf版本下载)
参考书
《Discrete Mathematics and its Application (Eighth Edition)》 Kenneth H. Rosen 著,机械工业出版社
《离散数学教程》耿素云 屈婉玲 王焊贫 著,北京大学出版社
课程安排
作业布置
作业缺交名单
重要通知