搜索资源列表
FASBIR
- Descr iption: FASBIR(Filtered Attribute Subspace based Bagging with Injected Randomness) is a variant of Bagging algorithm, whose purpose is to improve accuracy of local learners, such as kNN, through multi-model perturb
我编写的monte carlo随机数发生器检验程序
- 该程序用来检验monte carlo随机数的分布是否满足随机性要求。包括独立性检验、均匀性检验和参数检验。-procedures used to test the Monte Carlo random number distribution to satisfy the requirements randomness. Including the independence test, uniform test parameters an
numbers_randomgenrate
- vc++源代码，任意分布的随机数的产生，注意它的随机性-vc source code, arbitrary distribution of the random numbers generated, the attention of its randomness
CardDeal
- 扑克牌的发牌程序。一副扑克牌，除去大小王，共52张，四个玩家，每人13张，随机性很大。可以运行一下看看效果。-cards for the licensing process. 1 cards removed Wang size, a total of 52, four players, each 13, the very randomness. Can look at the effect of this operation.
randomc
- Uniform random number generators by Agner Fog, 2001 - 2007 randomc.zip contains a C++ class library of uniform random number generators of good quality. The random number generators found in standard libra
i2c总线程序
- 本程序是i2c总线读写一个字节的程序。在写过程序中，不一定非要检测i2c的应答位，可以直接延时过去就行，但是在读过程中必须给应答信号，读完发停止位，一定确认所发的信号都发上了。否则在连续地址读的过程中可能不会出错，但是在随机度过程中就会出错，我的程序就是在给停止信号时没有给上，24cxx一直在输出数据，结果读出错。找着问题后我的程序只加入了一条命令便完全正常。-i2c bus read and write a byte procedu
i2c总线程序
- 本程序是i2c总线读写一个字节的程序。在写过程序中，不一定非要检测i2c的应答位，可以直接延时过去就行，但是在读过程中必须给应答信号，读完发停止位，一定确认所发的信号都发上了。否则在连续地址读的过程中可能不会出错，但是在随机度过程中就会出错，我的程序就是在给停止信号时没有给上，24cxx一直在输出数据，结果读出错。找着问题后我的程序只加入了一条命令便完全正常。-i2c bus read and write a byte procedu
FASBIR
- Descr iption: FASBIR(Filtered Attribute Subspace based Bagging with Injected Randomness) is a variant of Bagging algorithm, whose purpose is to improve accuracy of local learners, such as kNN, through multi-model perturb
我编写的monte carlo随机数发生器检验程序
- 该程序用来检验monte carlo随机数的分布是否满足随机性要求。包括独立性检验、均匀性检验和参数检验。-procedures used to test the Monte Carlo random number distribution to satisfy the requirements randomness. Including the independence test, uniform test parameters an
numbers_randomgenrate
- vc++源代码，任意分布的随机数的产生，注意它的随机性-vc source code, arbitrary distribution of the random numbers generated, the attention of its randomness
CardDeal
- 扑克牌的发牌程序。一副扑克牌，除去大小王，共52张，四个玩家，每人13张，随机性很大。可以运行一下看看效果。-cards for the licensing process. 1 cards removed Wang size, a total of 52, four players, each 13, the very randomness. Can look at the effect of this operation.
yaojiangchengxu_src
- 帮朋友做的一个摇奖程序，使用ADO连接数据库，使用界面库，可以确保随机性和公正性，有需要的可以参考-To help a friend make a摇奖, the use of ADO to connect the database, use the interface library, to ensure that the randomness and fairness, there is a need to make referenc
WORMS
- 关于屏幕保护程序在OpenGL里面的实现,小虫的绘制方式采用二维的方法,汇聚过程中保持随机性,用户点一个位置,小虫都向这个位置汇聚-On the screen saver in the OpenGL inside realize, insect s way of using two-dimensional mapping method, the process of convergence to maintain randomness,
christmasTree
- 该程序让小球随机性的出现圆锥上。应用随机灯光技术。-The program allows small ball cone on the appearance of randomness. Application of random lighting technology.
PGP
- PGP的安全 ■内容提要■ ◎ 前言 ◎ IDEA 的安全性问题 ◎ RSA 的安全性问题 ● 选择密文攻击 ● 过小的加密指数 e ● RSA的计时攻击法 ● 其他对RSA的攻击法 ◎ MD5 的安全性问题 ● 对MD5的普通直接攻击 ● 对MD5的生日攻击 ● 其他对MD5的攻击 ● 口令长度和信息论 ◎ 随机数的安全性问题 ● ANSI X9.17 PRNG
randomc
- Uniform random number generators by Agner Fog, 2001 - 2007 randomc.zip contains a C++ class library of uniform random number generators of good quality. The random number generators found in standard libra
AFastCombinedChaoticCryptographicMethodFittingMobi
- 提出了用两种类随机性良好的混沌系统进行组合叠加产生混沌密钥信号的加密方案。该方案利用了混沌序列初值、系统参数和叠加 系数的秘密性算法高效快速、时空开销小。通过仿真实验分析，该系统能有效抵抗系统识别攻击，且密文加密效果好非常适合于资源开销,有限和实时性要求较高的安全通信场合。-Proposed two types of randomness of the chaotic system a good combination of sup
mat
- 深度优先搜索算法Matlab源码 ％ 此程序从国外网站收集得到，是标准的深度优先搜索算法，可实现节点遍历和检测回路的功能，详细情况请看原英文注释 ％ 我在此程序中添加了随机性，即遇到分叉时，随机选下一个节点，成为随机深度优先搜索算法-Depth-first search algorithm Matlab source this procedure site collected from abroad, is the stand
random_fips_140_1
- FIPS 140-1 statistical tests for randomness. C-Builder project
kus
- RANDOM NUMBER GENERATION AND TEST FOR RANDOMNE-RANDOM NUMBER GENERATION AND TEST FOR RANDOMNESS