约瑟夫环的循环链表实现

中国大学MOOC-陈越、何钦铭-数据结构 解题报告—06-3 六度空间 (Chinese University MOOC- Chen Yue, He Qinming- data structure Solving report of the problem- 06-3 Six degrees space)

流水线车间的零件加工排序问题，以达到最优的加工顺序，使加工时间最短或零件后期维护费用最少(Plant parts processing pipeline scheduling problem, in order to achieve optimal machining sequence, so that the processing time of the shortest or least parts later maintenance costs)

多项式加减乘 用数据节够得算法实现多项式的加减乘 原理简单易懂(suoxiangshi jiajiancheng)

算法课程设计 分治法解决循环赛日程表 源代码+word报告+答辩PPT(Curriculum design of divide and conquer algorithm to solve a round robin schedule report+ source code+ word reply PPT)

一个简单的停车场管理程序,是初级学习数据结构时的一个十分重要的实验,了解这个对学习堆栈十分有用,基本题目是 设有一个可以停放[size=10.5pt]N[size=10.5pt]辆汽车的狭长的停车场，[size=10.5pt] [size=10.5pt]它们有一个大门可以供车辆进出。车辆按到达停车场时间的先后次序从停车场最里面向门口处停放（最先到达的第一辆车停在停车场的最里面）。如果停车场已放满[size=10.5pt]N[size=10.5pt]辆车，则后来的车辆只能在停车场大门外的便道上等待，一旦停车场内有车开走，则排在便道上的第一辆车就可进入停车场。停车场内如果有某辆车要开走，在它之后进入停车场的车辆都必须先退出停车场为它让路，待其开出停车场后，这些车辆再依原来的次序进入。每辆车在离开停车场时，根据它在停车场内停留时间的长短交费。如果停在便道上的车辆未进入停车场就要离去，允许其离去时不收停车费，并且仍然保持在便道上等待的车辆的次序()

归并排序,复习排序算法，在不同环境下，寻找时间复杂度最少的排序算法( Merge sort, review sorting algorithm, in different contexts, looking for the least time complexity of sorting algorithm)

数据结构计算算术表达式算法，可以计算小数点及较复杂的运算表达式(Data structure algorithms calculate arithmetic expression, we can calculate the decimal point and more complex operations expression)

哈希表 数据结构课程设计 1.1问题描述 针对自己的班集体中的“人名”设计一个哈希表，使得平均查找长度不超过R，完成相应的建表和查表程序。 1.2基本要求 假设人名为中国姓名的汉语拼音形式。待填入哈希表的人名共有30个，取平均查找长度的上限为2。构造哈希函数，用链表法处理冲突。 1.3测试数据 读取熟悉的30个人的姓名作测试。(Hash table Data Structure Course Design 1.1 Description of the problem For their own class group of the "names" to design a hash table, making the average search length does not exceed R, the completion of construction of tables and look-up table corresponding procedures. 1.2 Basic requirements Assuming the name of the person called Chinese pinyin form. To be filled into a hash table names a total of 30, taking the average search length of the upper limit of 2. Construct a hash function, treatment with a list of conflict. 1.3 Test Data Read the familiar names of 30 individuals tested.)

说明：  从最后一个非叶子结点开始从后往前进行调整，保证了根下的所有子树都是最大堆，最后对根进行调整，使整棵二叉树为最大堆，保证了根结点为整棵数的最大值点，完成了建堆的过程，再将根结点跟最后一个结点进行交换，如此反复操作，则堆排序就完成了，其中堆排序的过程采用了满二叉树的概念。(From the final of a non-leaf node after the move began to be adjusted to ensure that the root of all sub-tree are the biggest pile, and finally adjusted to the root, so that the largest heap binary tree整棵to ensure that the root node for整棵the maximum number of points, completed the process of building reactors, and then the last root node with a node to be exchanged, and so repeated the operation, then HEAPSORT completed, of which the process of HEAPSORT a full binary tree concept.)

实现超市中排队购物用时最短，是计算机算法设计与分析中的一道题。自己写的程序，原创！(Achieve queued supermarket shopping with the shortest, is a question in the design and analysis of computer algorithms. Write their own procedures, original!)