资源列表
t2_4
- 本题采用的计算方法为:主要求解三对角阵方程组得解。采用的计算方法为“追赶法”。 算法思路为:求解方程Ly=d(追)——〉求解Ux=y(赶) -that the use of the method of calculating : three pairs for the main diagonal matrix equations in the solution. Using the method of calculating "catch up law." Algor
euler
- By the proof of Lemma 2 of Section 5.2, this accomplished as follows:
ranksort
- 这是一个用CUDA平台实现的简单的排序。具有参考价值-This is a simple to use CUDA platform of the sort. With a reference value
duoxiangshi
- 一元多项式的相加,单链表实现的,挺简单的,第一次传的,多多见谅-The sum of Multinomial single linked list to achieve, quite simply, the first pass, and a lot of excuse me
shunxubiaodecaozuo3.18
- 可以实现顺序表的创建和基本操作,对才接触数据结构的人在理解和自己编程上有帮助-Can be achieved in order to create the table and the basic operations, the only access to the data structure in the understanding and help on their own programming
MaxSubsequenceSum
- 最大子序列和的求法,c++代码次优和最优实现,次优算法MaxSubsequenceSum3采用递归O(Nlog(N)),最优算法MaxSubsequenceSum4是一种联机算法,O(N)-Sequence and the largest Method, c++ code, sub-optimal and optimal implementation, sub-optimal algorithm MaxSubsequenceSum3 recursively O (Nlog (N)), optim
11
- 表达式求值(加减乘除),可以用,但其中不能使用负数-Expression evaluation (Math), you can use, but can not use negative
permutation
- 这是一个算法设计题目,要求输入一个正整数n,将1~n之间的每个数排列2次, 要求两个1之间有一个数,两个2之间有两个数,两个3之间有3个数,......, 两个n之间有n个数。列出所有的可能排列。-This is a subject of algorithm design, to enter a positive integer n, the 1 ~ n 2 arranged between the number of times each, requiring a number be
4
- 机械优化设计中的随机方向法,利用垂直于坐标轴的初始方向搜索最优解,搜索次数多,收敛速度慢,有一定局限性-Mechanical design of multidimensional unconstrained optimization problem
yuesefuhuan
- 约瑟夫环,数据结构里面,链表的使用的实验设计-Joseph ring, data structure inside, the list of the use of the design of experiments
3
- 3.1 最长公共子序列问题 最长公共子序列(动态规划) 实验数据:input.txt X={A,B,C,B,D,A,B} Y={B,D,C,A,B,A} ——要求给出X、Y的最长公共子序列Z,程序运行结束时,将计算结果输出到文件output.txt中。输出文件中包含问题的答案:找不到公共子序列时给出“null” 。-3.1 the longest common subsequence problems longest common subsequence (dynamic
cengcipianli
- 按照一定的输入求出二叉树的层次遍历,输出相应的结果-Calculated in accordance with the input binary tree traversal of the hierarchy, the output of the corresponding results
