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Search - c l - List
[
Mathimatics-Numerical algorithms
]
MD5KeyGen_v10.zip
DL : 0
This algorithm was developed by Professor Ronald L. Rivest of MIT and can be found presented in several languages. What I provide to you here is a C++ derivative of the original C implementation of Professor Rivets. The library code itself is platform-independant and has been tested in Redhat Linux. I ve included the sample code and makefile that I used for the Linux test. The demo, however, was written with Visual C++ 6 on a Windows 2000 platform.
Date
: 2025-12-27
Size
: 126.26kb
User
:
[
Mathimatics-Numerical algorithms
]
源文件.rar
DL : 0
二: 普通计算器的设计说明: 1 普通计算器的主要功能(普通计算与逆波兰计算): 1.1主要功能: 包括 a普通加减乘除运算及带括号的运算 b各类三角与反三角运算(可实现角度与弧度的切换) c逻辑运算, d阶乘与分解质因数等 e各种复杂物理常数的记忆功能 f对运算过程的中间变量及上一次运算结果的储存. G 定积分计算器(只要输入表达式以及上下限就能将积分结果输出) H 可编程计算器(只要输入带变量的表达式后,再输入相应的变量的值就能得到相应的结果) I 二进制及八进制的计算器 j十六进制转化为十进制的功能。 *k (附带各种进制间的转化器)。 L帮助与阶乘等附属功能
Date
: 2025-12-27
Size
: 35.13kb
User
:
[
Mathimatics-Numerical algorithms
]
DF
DL : 0
问题描述 设有n种不同面值的硬币,各硬币的面值存于数组T[1:n]中。现要用这些面值的硬币来找钱,可以实用的各种面值的硬币个数不限。当只用硬币面值T[1],T[2],…,T[i]时,可找出钱数j的最少硬币个数记为C(i,j)。若只用这些硬币面值,找不出钱数j时,记C(i,j)=∞。 编程任务 设计一个动态规划算法,对1≤j≤L,计算出所有的C( n,j )。算法中只允许实用一个长度为L的数组。用L和n作为变量来表示算法的计算时间复杂性 数据输入 由文件input.txt提供输入数据。文件的第1行中有1个正整数n(n<=13),表示有n种硬币可选。接下来的一行是每种硬币的面值。由用户输入待找钱数j。 结果输出 程序运行结束时,将计算出的所需最少硬币个数输出到文件output.txt中。
Date
: 2008-10-13
Size
: 4.91kb
User
:
js
[
Mathimatics-Numerical algorithms
]
plan
DL : 0
一、问题的提出: 某厂根据计划安排,拟将n台相同的设备分配给m个车间,各车间获得这种设备后,可以为国家提供盈利Ci j(i台设备提供给j号车间将得到的利润,1≤i≤n,1≤j≤m) 。问如何分配,才使国家得到最大的盈利L 二.算法的基本思想: 利用动态规划算法的思想,设将i台设备分配给j-1个车间,可以为国家得到最大利润Li (j-1)(1≤i≤n,1≤j≤m),那么将这i台设备分配给j个车间,第j个车间只能被分配到0~i台,所以我们只要算出当第j个车间分配到t(0<=t<=i)台时提供的最大利润Lt(j-1)+C(i-t)j,
Date
: 2008-10-13
Size
: 358.69kb
User
:
黄天
[
Mathimatics-Numerical algorithms
]
MD5KeyGen_v10
DL : 0
This algorithm was developed by Professor Ronald L. Rivest of MIT and can be found presented in several languages. What I provide to you here is a C++ derivative of the original C implementation of Professor Rivets. The library code itself is platform-independant and has been tested in Redhat Linux. I ve included the sample code and makefile that I used for the Linux test. The demo, however, was written with Visual C++ 6 on a Windows 2000 platform.-This algorithm was developed by Professor Ronald L. Rivest of MIT and can be found presented in several languages. What I provide to you here is a C derivative of the original C implementation of Professor Rivets. The library code itself is platform-independant and has been tested in Redhat Linux. I ve included the sample code and makefile that I used for the Linux test. The demo, however, was written with Visual C 6 on a Windows 2,000 platform.
Date
: 2025-12-27
Size
: 126kb
User
:
李奇
[
Mathimatics-Numerical algorithms
]
源文件
DL : 0
二: 普通计算器的设计说明: 1 普通计算器的主要功能(普通计算与逆波兰计算): 1.1主要功能: 包括 a普通加减乘除运算及带括号的运算 b各类三角与反三角运算(可实现角度与弧度的切换) c逻辑运算, d阶乘与分解质因数等 e各种复杂物理常数的记忆功能 f对运算过程的中间变量及上一次运算结果的储存. G 定积分计算器(只要输入表达式以及上下限就能将积分结果输出) H 可编程计算器(只要输入带变量的表达式后,再输入相应的变量的值就能得到相应的结果) I 二进制及八进制的计算器 j十六进制转化为十进制的功能。 *k (附带各种进制间的转化器)。 L帮助与阶乘等附属功能-Calculator
Date
: 2025-12-27
Size
: 35kb
User
:
蔡邑川
[
Mathimatics-Numerical algorithms
]
mylu
DL : 0
Gauss列主元消去法解线性方程组.mylu函数中,U0、L0、P0分别为Gauss列主元分解中得U,L,P.-out PCA Gauss elimination method for solving linear equations. Mylu function, U0, L0, P0 Gauss out of the main yuan decomposition in the U, L, P.
Date
: 2025-12-27
Size
: 1kb
User
:
jiangyi
[
Mathimatics-Numerical algorithms
]
DF
DL : 0
问题描述 设有n种不同面值的硬币,各硬币的面值存于数组T[1:n]中。现要用这些面值的硬币来找钱,可以实用的各种面值的硬币个数不限。当只用硬币面值T[1],T[2],…,T[i]时,可找出钱数j的最少硬币个数记为C(i,j)。若只用这些硬币面值,找不出钱数j时,记C(i,j)=∞。 编程任务 设计一个动态规划算法,对1≤j≤L,计算出所有的C( n,j )。算法中只允许实用一个长度为L的数组。用L和n作为变量来表示算法的计算时间复杂性 数据输入 由文件input.txt提供输入数据。文件的第1行中有1个正整数n(n<=13),表示有n种硬币可选。接下来的一行是每种硬币的面值。由用户输入待找钱数j。 结果输出 程序运行结束时,将计算出的所需最少硬币个数输出到文件output.txt中。 -err
Date
: 2025-12-27
Size
: 896kb
User
:
js
[
Mathimatics-Numerical algorithms
]
plan
DL : 0
一、问题的提出: 某厂根据计划安排,拟将n台相同的设备分配给m个车间,各车间获得这种设备后,可以为国家提供盈利Ci j(i台设备提供给j号车间将得到的利润,1≤i≤n,1≤j≤m) 。问如何分配,才使国家得到最大的盈利L 二.算法的基本思想: 利用动态规划算法的思想,设将i台设备分配给j-1个车间,可以为国家得到最大利润Li (j-1)(1≤i≤n,1≤j≤m),那么将这i台设备分配给j个车间,第j个车间只能被分配到0~i台,所以我们只要算出当第j个车间分配到t(0<=t<=i)台时提供的最大利润Lt(j-1)+C(i-t)j, -First, the problem: a factory according to schedule, the proposed n Taiwan, the same equipment m allocated to the workshop, the workshop was such a device can provide a profit for the state Ci j (i piece of equipment available to the workshop will be No. j profits, 1 ≤ i ≤ n, 1 ≤ j ≤ m). How to allocate the question before the country to obtain the greatest profit of L 2. Algorithm the basic idea: the use of dynamic programming algorithm based i piece of equipment will be allocated to the j-1 workshop, you can get maximum profits for the state Li (j-1) (1 ≤ i ≤ n, 1 ≤ j ≤ m) , then the i piece of equipment assigned to the j of the workshop, the first workshop j can only be assigned to the 0 ~ i-Taiwan, so we only calculate when the first workshop j assigned to t (0
Date
: 2025-12-27
Size
: 358kb
User
:
黄天
[
Mathimatics-Numerical algorithms
]
DLT
DL : 0
利用高斯消元法解L系数,新手上路,很方便。-Using Gauss elimination solution L coefficient, novice road, very convenient.
Date
: 2025-12-27
Size
: 8kb
User
:
王丛
[
Mathimatics-Numerical algorithms
]
GaitoBotAIMLEditor
DL : 0
aiml人工智能語言的編輯程式.AIML 是著名的聊天機器人A.L.I.C.E. 的底層技術-aiml editor
Date
: 2025-12-27
Size
: 868kb
User
:
呂俊宏
[
Mathimatics-Numerical algorithms
]
11
DL : 0
一种新型的模糊C均值聚类初始化方法 模糊c均值聚类(FcM)是一种广泛采用的动态聚类方法,其聚类效果往往受初始聚类中心的影响。受自适应免疫系 统对入侵机体的抗原产生免疫记忆的机理启示,提出了一种新的产生初始聚类中心的方法。算法中,待分析的数据被视为 入侵性抗原,产生的记忆细胞作为聚类分析的初始中心-ABSTRACT:The rum C—means algorithm (FCM)is widely used for dy/kTflnic clustering.The performance of FCM de— pends on the selection of the initial cluster center.Inspifed by the mecht tllism that the adaptive h llnlfne system remembers the antigen e](p0sed to the b( y before,a novel algorithm is pror~ l for the generation ofthe initial cluster cente
Date
: 2025-12-27
Size
: 177kb
User
:
江山
[
Mathimatics-Numerical algorithms
]
Dynamic_Programming
DL : 0
利用动态规划来完成找零钱问题 计一个动态规划算法如何解决找零问题,对1≤j≤L,计算出所有的C( n,j )。算法中只允许实用一个长度为L的数组。找出用钱的最小个数。 (2) 0<=k<=j i>=1 i<=n,maxint c(i,k)硬币枚数 -Dynamic programming problems to complete the count to keep the change a dynamic programming algorithm to solve the problem give change for 1 ≤ j ≤ L, to calculate all the C (n, j). Algorithm is only practical with a length L of the array. Find the minimum number of money. (2) 0 < = k < = ji> = 1 i < = n, maxint c (i, k) the number of gold coins
Date
: 2025-12-27
Size
: 880kb
User
:
钱民
[
Mathimatics-Numerical algorithms
]
modified-stfd_esprit
DL : 0
提 出了基于修正空间 时频分布( S TF D) 矩阵 的 ES P RI T算法 以实现 对宽 带线性调 频信号 的到达 角估计-Th e a l g or i t h m f o r di r e c t i o n- o f- a r r i va l o f t he wi d e ba n d c hi r p s i gna l s ba s e d 0 1 3 .ESPRI T u s i n g t he mo di f i e d s p a t i a l t i me- f r e q ue n c y ma t r i x i S pr e s e nt e d.The mod i f i e d STFD ma t r i x whi c h h as t he s i mi l ar ma t he ma t i c a l c on st r uc t i o n wi t h t he c o va r i a nc e ma t r i x c a n be ob t a i ne d wi t h t h e c r o s s W i gn e r- Vi l l e di s t r i but i o ns o f t he o ut pu t s of t he ar r a y.Unde r t he c o nd i t i on of un i f o r m l i n e a r r a y,t he mo di f i e d STFD ma t r i x c a n b e t r a n s f or me d i nt o t he ma t r i x wh i c h h a s t he pr op e r t y of r ot a t i on a l i nva r i a nc e . The n t he ESPRI T c a n be a p pl i e d t o D O A e s t i ma t i on
Date
: 2025-12-27
Size
: 142kb
User
:
fjp119
[
Mathimatics-Numerical algorithms
]
bpff
DL : 0
sur le probleme de bin- packing FF, qu il s ag^t de charger n objets, dans m bins de m^eme capacite c . L objectif c est de minimze le nombre des bins a utiliser.strategie first fit
Date
: 2025-12-27
Size
: 1kb
User
:
as ab
[
Mathimatics-Numerical algorithms
]
main
DL : 0
sur le probleme de bin- packing, qu il s ag^t de charger n objets, dans m bins de m^eme capacite c . L objectif c est de minimze le nombre des bins a utiliser.
Date
: 2025-12-27
Size
: 1kb
User
:
as ab
[
Mathimatics-Numerical algorithms
]
L-system
DL : 0
lindenmayer system algorithm
Date
: 2025-12-27
Size
: 2kb
User
:
mcdulltii
[
Mathimatics-Numerical algorithms
]
L-system2
DL : 0
Lindenmayer system algorithm
Date
: 2025-12-27
Size
: 2kb
User
:
mcdulltii
[
Mathimatics-Numerical algorithms
]
L-system4
DL : 0
Lindenmayer systems algorithm
Date
: 2025-12-27
Size
: 2kb
User
:
mcdulltii
[
Mathimatics-Numerical algorithms
]
L-system5
DL : 0
lindenmayer system algorithm
Date
: 2025-12-27
Size
: 2kb
User
:
mcdulltii
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