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[Software Engineering] Classic_Alogrithm_10_Book_EN DL : 0: 十部经典算法合集 .chm Fundamentals of Data Structures by Ellis Horowitz and Sartaj Sahni PREFACE CHAPTER 1: INTRODUCTION CHAPTER 2: ARRAYS CHAPTER 3: STACKS AND QUEUES CHAPTER 4: LINKED LISTS CHAPTER 5: TREES CHAPTER 6: GRAPHS CHAPTER 7: INTERNAL SORTING CHAPTER 8: EXTERNAL SORTING CHAPTER 9: SYMBOL TABLES CHAPTER 10: FILES APPENDIX A: SPARKS APPENDIX B: ETHICAL CODE IN INFORMATION PROCESSING APPENDIX C: ALGORITHM INDEX BY CHAPTER -10 classic algorithm correctness. Chm Fundamentals of Data Structures by Ellis Horowitz and Sartaj Sahni PREFACE CHAPTER 1 : INTRODUCTION CHAPTER 2 : ARRAYS CHAPTER 3 : STACKS AND QUEUES CHAPTER 4 : LINKED LISTS CHAPTER 5 : TREES CHAPTER 6 : Yaojun CHAPTER 7 : INTERNAL SORTING CHAPTER 8 : EXTERNAL SORTING CHAPTER 9 : Symbol TABLES CHAPTER 10 : FILES APPENDIX A : SPARKS APPENDIX B : ETHICAL CODE IN INFORMATION PROCESSING APPENDIX C : ALGORITHM INDEX BY CHAPTER
Date : 2026-01-10 Size : 19.08mb User : icc
[Software Engineering] 2-3-trees DL : 0: It s a note about data structure. Tree---self balancing and rotate-It's a note about data structure. Tree--- se lf balancing and rotate
Date : 2026-01-10 Size : 78kb User : Benny Van
[Software Engineering] shujujiegou-erchashu DL : 0: 叉排序树与平衡二叉排序树基本操作的实现用二叉链表作存储结构 (1)以回车( \n )为输入结束标志,输入数列L,生成二叉排序树T； (2)对二叉排序树T作中序遍历,输出结果； (3)计算二叉排序树T的平均查找长度,输出结果； (4)输入元素x,查找二叉排序树T,若存在含x的结点,则删除该结点,并作中序遍历(执行操作2)；否则输出信息“无结点x”； (5)判断二叉排序树T是否为平衡二叉树,输出信息“OK！”/“NO！”；-fork trees and balanced binary tree order to achieve the basic operation of the binary tree used for the storage structure (1), carriage return ( \ n) to mark the end of the importation, importation of L series, generate binary tree Sort T; (2) Ranking of two forks to make the tree T preorder, and the output results; (3) Calculations binary tree T ranking on the average search length, output; (4) Input elements x, find two tree fork Sort T, if x exists with the node, then remove the nodes, and make the preorder (execution 2); Otherwise output "node x"; (5) to determine the order of two trees T fork whether balanced binary tree, and the output message "OK!"/"NO!" ;
Date : 2026-01-10 Size : 2kb User : 胡图
[Software Engineering] BinarySearchTree DL : 0: A binary search tree is a binary tree that is either empty or in which each node contains a key that satisfies the following conditions: 1) All keys (if any) in the left subtree of the root precede (are less than or equal to) the key of the root. 2) The key in the root precedes (is less than) all keys (if any) in its right subtree. 3) The left and right subtrees of the root are again binary search trees.
Date : 2026-01-10 Size : 65kb User : Rauahn
[Software Engineering] multisensor-data DL : 0: Part I Introduction to Multisensor Data Fusion 1 Multisensor Data Fusion David L. Hall and James Llinas 1.1 Introduction 1.2 Multisensor Advantages 1.3 Military Applications 1.4 Nonmilitary Applications 1.5 Three Processing Architectures 1.6 A Data Fusion Process Model 1.7 Assessment of the State of the Art 1.8 Additional Information Reference 2 Revisions to the JDL Data Fusion Model Alan N. Steinberg and Christopher L. Bowman 2.1 Introduction 2.2 What Is Data Fusion? What Isn’t? 2.3 Models and Architectures 2.4 Beyond the Physical 2.5 Comparison with Other Models 2.6 Summary References 3 Introduction to the Algorithmics of Data Association in Multiple-Target Tracking Jeffrey K. Uhlmann 3.1 Introduction 3.2 Ternary Trees 3.3 Priority kd-Trees 3.4 Conclusion Acknowledgments References
Date : 2026-01-10 Size : 8.27mb User : Rakesh