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dstring
- 该代码为c环境下编写的动态随机序列发生器-The code is written in c environment, dynamic random sequence generator
CPLD-radom
- 基于C P L D 的伪随机序列发生器，用FPGA产生随机序列的-CPLD-based pseudo-random sequence generator, generate random sequences using FPGA
cpp2
- 伪随机数产生函数，在c语言中rand（）函数的基础上添加一些控制函数，产生16000以内的伪随机函数-Pseudo-random number generator function, c language, rand () function to add some control on the basis of functions, resulting in 16,000 within the pseudo-random function
CH9
- 9.1 随机样本分析irhis.c 9.2 一元线性回归分析isqt1.c 9.3 多元线性回归分析isqt2.c 9.4 逐步回归分析isqt3.c 9.5 半对数数据相关ilog1.c 9.6 对数数据相关ilog2.c-9.1 random sample analysis irhis.c 9.2 linear regression analysis isqt1.c 9.3 Multiple Linear Regression Analysis isqt2.c 9.4 s
CH13
- 13.1 0-1之间均匀分布的一个随机数mrnd1.c 13.2 0-1之间均匀分布的随机数序列mrnds.c 13.3 任意区间内均匀分布的一个随机整数mrab1.c 13.4 任意区间内均匀分布的随机整数序列mrabs.c 13.5 任意均值与方差的一个正态分布随机数mgrn1.c 13.6 任意均值与方差的正态分布随机数序列mgrns.c-13.1 0-1 uniformly distributed between the mrnd1.c 13.2 0-1 a rand
CH18
- 17.3 磁盘随机文本文件的顺序查找qdsch.c 17.4 整型有序表的对分查找qibsh.c 17.5 实型有序表的对分查找qrbsh.c 17.6 字符串有序表的对分查找qhbsh.c 17.7 整型、实型及字符型关键字成员有序的结构体数组的对分查找qbkey.c 17.8 字符串关键字成员有序的结构体数组的对分查找qhkey.c 17.9 按关键字有序的磁盘随机文本文件的对分查找qdbsh.c-17.3 Disk random text files in orde
jiyixunlian
- 记忆数字训练工具，C#编程，涉及生成随机数，单字符判断，显示格式等，生成的工具也可以作为平时的实用训练工具-C# programming, involves generating random numbers, single characters to determine, display format, the resulting tools can be used as a practical training tool for peacetime
Randomizedselect
- （C语言）用随机选择的方法查找第k小元素，它的期望运行时间是一个带有小的常系数的Θ（n）！-(C language) with the random selection method to find the first small element of k, and its expected running time is often with a small coefficient of Θ (n)!
KyodaiAssistant
- 用C#写的一个QQ连连看的*工具，通过 识别比较固定位置像素点来判断方块是否相同，并判断两方块间是否有通路，可以单消，定时消，随机间隔消和秒杀。-Written in C# using a QQ Lianliankan plug tool, identify the location of relatively fixed pixel to determine whether the same box, and determine whether there is access between
KyodaiPlugin
- 用C#写的一个QQ连连看的*工具，通过 识别比较固定位置像素点来判断方块是否相同，并判断两方块间是否有通路，可以单消，定时消，随机间隔消和秒杀-Written in C# using a QQ Lianliankan plug tool, identify the location of relatively fixed pixel to determine whether the same box, and determine whether there is access between
DianTiMoNi
- 模拟电梯的c++程序 运行后会自动模拟电梯的运行 随机上下客随机到各楼层-Simulated elevator running c++ program will automatically run the random simulation of the elevator to each floor of the upper and lower passenger randomly
Game32
- 利用visual c++实现将一个随便的BMP图像显示出来，并且随着bmp图像的大小自动调整显示窗口的大小-The use of visual c++ implementation will be a random display of BMP images, and the size of the image as bmp automatically adjust the size of the display window
cplusplus
- C++ Tutorials for beginners and cheapskates. These tutorials were written for the benefit of novice programmers learning C++. Written in no particular order, they are the first in what should eventually become a set of many tutorials. The
3
- 用c语言实现的，编写随机数的问题，可以直接运行的代码-Using c language implementation, and the preparation of the problem of random numbers can be directly run the code
cexam
- 模式识别中的c均值算法，可对100个随机样本数据进行不多于10的分类-C-Means Algorithm Pattern Recognition can be right 100 random sample data, the classification of not more than 10
randTell
- C++编程:文本文件中有一些要说的话,随机输出这些话当中的一句-C++ Programming: Text files have some say, these words among the random output of a
c_math
- c编写一个随机产生两个随机数，并进行随机的加减运算-c write a randomly generated two random numbers, and conduct random addition and subtraction operations
This_one
- Cooperative communication_power control a) Generate random binary sequence of +1’s and -1’s. (b) Given different Power to the source and the relay as well (c) Multiply the symbols with the channel and then add white Gaussian noise. (d) At
yuanchengxu
- 高斯的分布产生随机数的方法： 在瑞利分布生成随机数的方法 该程序是用C + +语言，程序的项目可以通过VS2005打开。对于每个分配，程序生成的随机数10000 泊松分布生成随机数的方法：-The program is written by C++ language, the program project can be opened by VS2005. For each distribution, the program generated 10000 random
abcd
- 快速排序与交换排序算法比较 在Visual C++中建立一个单文档Windows应用程序，并实现下述功能： 运用随机函数自动生成一定规模的测试数据 (10000个测试元素)，并输出到文件中。 分别执行快速排序算法和交换排序算法对测试数据排序，并输出到不同的文件中。 使用较为精确的QueryPerformanceCounter和QueryPerformanceFrequency等函数记录算法耗时，精确到毫秒，以便更好地进行算法耗时比较。 分析两种不同算法，有针对性地设计与调整测