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if
- 该数据他完成各种数据的采集；软件是该系统的核心，他主要完成对各个硬件模块的控制和调度，实现对数据的存储，并提供人机操作界面。 1 系统软件结构 - this data he completes each kind of data gathering; Software is this system core, he mainly completes to each hardware module control and the dispatch, the realiz
A Very Complete and in depth Rational Number Class
- with this class you ll be able to perform the most usual operations on rational numbers( +, -, *, /.. ),but also there are some suplementary features like the \"exponential function\", \"logarithm function\" etc. So,check it out!
1
- c++实现了对图像矩阵求对数。 里面包含源代码和实验图像-c++ realized image matrix logarithm. Which contains the source code and experimental images
vc
- 1) 具备十进制输入（0、1、2…8、9），扩展十六进制运算符（A、B…E、F），具备基本的运算功能，包括加法、减法、乘法、除法、取反，具备小数运算； 2) 三角函数运算，(反)正弦、(反)余弦、(反)正切、(反)余切； 3) 科学运算，包括乘方、取模、开方、指数、阶乘、对数、π和e，角度、弧度切换，二进制、八进制、十进制及十六进制数切换运算， 4) 具备历史计算的记忆功能 5) 用户操作非法或出错时，系统会显示提示； -1) with decimal input
lisanduishu
- 设p是素数，a是p的本原根，即a1,a2,a3,…,ap-1在mod p下产生1到p-1的所有值，所以对任何b属于{1,…,p-1},有唯一的i属于{1,…,p-1}使得ai mod p 等于p。称i为模p下以a为底b的离散对数。-P is a prime number based, a is the primitive root p, that is, a1, a2, a3, ..., ap-1 in the mod p under 1 to p-1 for all values, so fo
3
- 找出所有三位数的幸运数对。所谓幸运数对是指差为3，且每个数的各位数字之和都能被6整除的一对数。例如189，192就是一对幸运数。-Find all three digits of the number of lucky. So-called lucky number refers to the difference of three, and each number is the sum of all the Numbers can be divided exactly by 6 a logar
shannon
- shannon编码.cpp Shannon编码采用了先对概率分布排序后，再进行取码长，码长的选取方式是对概率累和取以2为底的对数形式。这种编码具有一定的局限性，当概率很接近时，码长会去到相等的长度。-shannon coding. cpp Shannon coding uses the first order of probability distribution, after taking further code length, code length selection method is
MFC_of_Discrete_logarithm
- MFC 实现 Shanks 离散对数问题（32比特以内）-MFC of Discrete logarithm by Shanks algorithm
Multifunctional-calculator
- 计算器的基本功能实现，比如加、减、乘、除、三角函数以及对数、指数的相应算法。-The basic function realization calculators, such as addition, subtraction, multiplication, division, and trigonometric functions and logarithm, index of the corresponding algorithms.
calculate
- 用WinSock编程来实现一个简易的通用计算器，并实现基本的加、减、乘、除、求平方根，求倒数等基本运算（必须实现的功能），实现求角度的正弦、余弦、正切等基本运算、实现求指数、自然对数、常用对数等基本运算-WinSock programming to achieve with a simple universal calculator, and to achieve the basic add, subtract, multiply, divide, square root, find the r
lisan
- Pollard Rho离散对数 需要gmp的函数库支持-Pollard Rho discrete logarithm
Calculator
- c++编写的可视化计算器小程序，完成一些常用运算如加，减，乘，除，开方，乘方，求对数，sin cos,阶层等的计算器-C + + written in the visualization of a small calculator program, to complete a number of commonly used operations such as addition, subtraction, multiplication, division, square root, power,
Calculate_e_value
- 近似计算自然对数底e=2.718,根据泰勒公式展开求得。保留5位小数-Approximate calculation of the natural logarithm base e = 2.718, according to Taylor formula to be obtained. 5 decimal places
KMP
- C语言数据结构中的，N杀数问题 C语言数据结构中的，N杀数问题-N kill logarithm problem in C language data structures, N kill logarithm problem C language data structures, N kill logarithm problem in C language data structures,
alarm_clock
- File Format: PDF/Adobe Acrobat - Quick View by K Bickerff - 2007 - Related articles With delay proportional to the logarithm of the multiplier word length, column compression .... 2.1 A square version of a 4 by 4 array multiplier (after [23]) . .
Computer
- 基于MFC的多功能计算器，可以实现基本四则运算以及括号、平方、开方、对数运算等-MFC-based multi-function calculator, you can achieve the basic four operations and parentheses, square, square root, logarithm, etc.
acm3
- 两边取常用对数，即可算出log10(N!),向上取整即为N!的位数 -Take the common logarithm of both sides, can be calculated log10 (N!), rounding up is N! Digits
Calculator
- 利用Microsoft Visual C++的MFC制作的一个简易科学计算器： （1）能够实现最基本的加、减、乘、除四则基本运算； （2）计算机界面设置有各种按键； （3）界面有清空按钮，方便用户计算使用； （4）另外此计算器具有开方、三角函数、自然对数、倒数等运算。 -Use Microsoft Visual C++ the MFC produced a simple scientific calculator: (1) to achieve the most basic
Judge2_mfcc
- 耳蜗实质上相当于一个滤波器组，耳蜗的滤波作用是在对数频率尺度上进行的，在1000HZ下，人耳的感知能力与频率成线性关系；而在1000HZ以上，人耳的感知能力与频率不构成线性关系，而更偏向于对数关系，这就使得人耳对低频信号比高频信号更敏感。Mel频率的提出是为了方便人耳对不同频率语音的感知特性的研究。频率与Mel频率的转换公式为-on logarithm frequency scale, under the 1000 hz, the perception of the human ear and
logarithm-freqency-point
- 扫频信号的频率点对数采点的算法，可设置开始点及结束点-Sweep Frequency Logarithm Point Algorithm