资源列表
pollard
- pollard算法，用于求整数的一个因子,时间复杂度为O(n^1/4)-Pollard algorithm, used to seek an integer factor, the time complexity is O (n ^ 1/4)
TimeComplexity
- 测试算法在不同规模下的时间复杂度，学会如何分析一个算法的时间复杂度；-Test algorithm under different time scale of complexity and learn how to analyze the time complexity of an algorithm
RR
- Round Robin scheduling algorithm in C
myhilb
- 定义函数 帮助信息，其中包括基本功能、调用方式和参数说明，输入变量和返回变量的个数，如果有错误则给出错误信息。-Help define the function function, including the basic functions, called methods and parameters, so the input variables and returns the number of variables, if the error is an error message.
TeamPursuitSimulation.java
- 追击问题的EA算法 追击问题的简单建模 以及GA-apply EA/GA to solve the team pursuit problem
wavefbed
- 利用fortran编写的代码，用来计算波浪与海床之间的相互作用-coded by usage of fortran platform, this program can be used to calculate the interaction between seabed and wave force
MaxSum
- 求1维数组最大子段和,适合初学者，算法设计与基础，写的通俗易懂，且正确-Seeking the largest sub-segment of a one-dimensional array, suitable for beginners, algorithm design and basic written in easy to understand, and correct
compare-two-strings-without-using-strcmp()-functi
- compare two strings without using strcmp() function
c++ code
- this code is showing how to use STL.
dcxf
- 线性规划问题的单纯形法，输入规划问题的相关系数和约束条件可以得到最优解-Simplex method of linear programming problems, the correlation coefficient of the input programming problem, and constraints can obtain the optimal solution
newtonxq
- 数值计算中的牛顿向前差分公式，用C++实现。可自定义个数。-Numerical Newton forward difference equation with C++ achieved. The number can be self-defined.
ApEn
- 计算一维时间序列的近似熵值，纯手工编写，嵌入维度固定在2维，交流交流-Calculate the approximate entropy of one-dimensional time series, hand written, embedded dimension fixed in 2 dimensions