[ADN.cn][Library]Thesis 最小割模型在信息学竞赛中的应用 Amber
第 3 页 共 45 页
3.1. 引入 Introduction...........................................................................................................16
3.2. 构造 Construction of Algorithm ....................................................................................17
3.3. 证明 Proof......................................................................................................................17
3.4. 应用 Application............................................................................................................19
3.4.1. 最大获利 Profit..................................................................................................19
4. 最大密度子图 Finding a Maximum Density Subgraph............................................................20
4.1. 引入 Introduction...........................................................................................................20
4.2. 主算法 Main Algorithm.................................................................................................21
4.3. 初步算法 Simple Algorithm..........................................................................................22
4.4. 改进算法 Improved Algorithm......................................................................................23
4.5. 改进算法的证明 Proof of Improved Algorithm............................................................25
4.6. 向带边权图的推广 Generalization to Edge Weighted Graphs .....................................27
4.7. 向点边均带权的图的推广 Generalization to Both Node and Edge Weighted Graphs 27
4.8. 应用 Application............................................................................................................29
4.8.1. 生活的艰辛 Hard Life.......................................................................................29
4.8.2. 最大获利 Profit..................................................................................................29
5. 二分图的最小点权覆盖集与最大点权独立集 Minimum Weight Vertex Covering Set and
Maximum Weight Vertex Independent Set in a Bipartite Graph.........................................................30
5.1. 引入 Introduction...........................................................................................................30
5.2. 二分图的最小点权覆盖集算法 Algorithm for MinWVCS in a Bipartite Graph.........31
5.3. 二分图的最大点权独立集算法 Algorithm for MaxWVIS in a Bipartite Graph .........32
5.4. 应用 Application............................................................................................................33
5.4.1. 有向图破坏 Destroying the Graph....................................................................34
5.4.2. 王者之剑 Exca...................................................................................................35
6. 总结 Summary...........................................................................................................................38
6.1. 转化过程的模式 Transforming Pattern.........................................................................38
6.2. 割的性质 Property of Cut..............................................................................................39
6.3. 技巧 Skills .....................................................................................................................39
7. 感谢 Acknowledgments.............................................................................................................40
8. 附录 Appendix...........................................................................................................................40
8.1. 涉及题目列表 Problem List..........................................................................................40
8.2. 基本图论定义与术语 Basic Definition and Glossary in Graph Theory.......................41
8.2.1. 图与网络 Graph and Network...........................................................................41
8.2.2. 图的术语 Glossary of Graph .............................................................................41
8.3. 《怎样解题表》 How to Solve it .................................................................................42
9. 参考文献 References.................................................................................................................44