第五章 递归 1、递归(Recurve)的概念 2、迷宫Maze问题 3、递归过程与递归工作栈 4、广义表(General Lists)

第十章搜索与散列 1、静态索引结构 2、动态索引结构 3、Trie树 4、散列(Hashing)

1-4.什么是抽象数据类型?试用C++的类声明定义“复数”的抽象数据类型。要求 (1)在复数内部用浮点数定义它的实部和虚部。 (2)实现3个构造函数:缺省的构造函数没有参数;第二个构造函数将双精度浮点数 赋给复数的实部,虚部置为0;第三个构造函数将两个双精度浮点数分别赋给复数的实部 和虚部

1 Introduction 2 Unsupervised Hashing 3 Supervised Hashing 4 Ranking-based Hashing 5 Multimodal Hashing 6 Deep Hashing 7 Quantization 8 Conclusion 9 Reference

1 Introduction Problem Definition Existing Methods 2 Scalable Graph Hashing with Feature Transformation Motivation Model and Learning Experiment 3 Conclusion 4 Reference

1 Introduction Problem Definition Existing Methods 2 Isotropic Hashing 3 Supervised Hashing with Latent Factor Model 4 Supervised Multimodal Hashing with SCM 5 Multiple-Bit Quantization Double-Bit Quantization Manhattan Quantization 6 Conclusion 7 Reference

1 Introduction Problem Definition Existing Methods 2 Isotropic Hashing Model Learning Experiment 3 Multiple-Bit Quantization Double-Bit Quantization Manhattan Quantization 4 Conclusion 5 Reference

1 Introduction Problem Definition Existing Methods Motivation and Contribution 2 Isotropic Hashing Model Learning Experimental Results 3 Multiple-Bit Quantization Double-Bit Quantization Manhattan Quantization 4 Conclusion 5 Reference

1 Introduction 2 AsySVRG 3 SCOPE 4 Conclusion

第九章 排序 1、概述 2、插入排序 3、交换排序 4、选择排序 5、归并排序 6、基数排序 7、外排序 8、小结