同样具 体引退台与与与土他 与体引退台与与与同同样具体引退台与与与土他与土他与 土他与...

自己做的 借书管理系统-own library management system

数据结构基本算法设计 用C++实现一个计算器,计算器需具有基本的功能-basic algorithm data structure design to achieve a C calculator, calculator should have the basic functions

通过现有的人口数据结构特点，对其进行拟合分析后进行长短期的预测-Population data through the existing structural features, their post-fitting analysis of the short and long-term prediction

c调用sqlite的完整的程序，对学习sqlite很有帮助-c call sqlite complete the procedure, very helpful in learning sqlite

实现二分法求解方程。编写并使用以下函数： double SolveRoot(double(*pf)(double x),double a,double b,int n) 这里，pf指向一个函数f，f用来定义要求解的方程f(x)=0，a和b是未知解x的上下界（即a

最小生成树的贪心算法实现 普里姆算法 用邻接矩阵进行图的生成-the minimum spanning tree algorithm Primbetov greedy algorithm adjacent matrix chart generation

本书是关于计算机科学与工程领域的基础性研究科目之一――数据结构与算法的专著。 本书在简要回顾了基本的C++ 程序设计概念的基础上，全面系统地介绍了队列、堆栈、树、图等基本数据结构，以及贪婪算法、分而治之算法、分枝定界算法等多种算法设计方法，为数据结构与算法的继续学习和研究奠定了一个坚实的基础。更为可贵的是，本书不仅仅介绍了理论知识，还提供了50多个应用实例及600多道练习题。 本书内容广博权威，结构清晰合理，是一本全新的有关数据结构与算法的教材，对于计算机科学与工程领域的从业人员也是一本很好的参考书。-the book is on the computer science and engineering fields, the basis for one of the subjects of study-- data structure and algorithm monographs. The book in a brief review of the basic design concept C program on the basis of a comprehensive and systematic introduction of the queue, stack, trees and map basic data structure and the greedy algorithm, divide and conquer algorithm, branch-and-bound algorithm multiple algorithm design methods, data structures and algorithms for continuous learning Research and lay a solid foundation. Even more valuable is that the book not only on the theoretical knowledge but also provided more than 50 application examples and more than 600 Exercises Road. The contents broad authority, a clear and reasona

二叉树的基本操作-binary tree as the basic operation

数据结构中栈的经典算法――第一类背包问题，已经通过测试！-The stack data structure in the classic method- The first knapsack problem, has passed the test!

集装箱的装箱问题 给定一个集装箱，其长为L，宽为W和高为H，现有一批圆柱形木材，每根木材的长均为L，但是半径不同，设第i根木材半径为ri。问如何装箱，使得集装箱的空间利用率最高？-problem given a container, its length L, width W and H for high, existing batch of cylindrical wood and each timber are long L, but different radius, based i-radius of the wood-ri. Asked how crates, containers make maximum utilization of space?