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atan_base_on_CORDIC_arithmetic
- 用CORDIC算法实现的2参数反正切。结果的精度与CORDIC的迭代次数有关，迭代次数越多，精度越高。本例子中精确到小数点后4位。要提高迭代次数，还得把增加1QN格式的位数，比如32位long，程序多处需要修改，有需要的话自己改吧。 -CORDIC algorithm with the two parameters arc tangent. And the accuracy of the CORDIC iteration number, the more the number of iter
superNumberCount
- 对于比32位还要大的数进行运算，本程序可以实现大整数运算。
32位二进制数转为asc码
- 自己做的程序,可能对你有用-own procedures that may be useful to you
32位开平方
- 自己做的程序,可能对你有用-own procedures that may be useful to you
isqrt
- 32位无符号整数开方得到16位无符号整数的算法及实现代码-32-bit unsigned integer prescr iption 16 bit unsigned integer code of the algorithm and the realization of A algorithm an emplimentation codes of computing the 16-bits square root result from a 32-bits unsigned integer
sqrt
- 实现无符号整形数快速开方 包括32位开成16位 16位开成8位-Shaping to achieve a number of unsigned 32-bit fast prescr iption including Kaicheng 16 16 Kaicheng 8
CRC-32
- CRC是由待傳輸的資料區塊計算出的，它的計算方式是將待傳輸的區塊視為一堆連續位元所構成的一整個數值，並將此數值除以一特定的除數，通常以二進位表示，此除數又稱為衍生多項式 (Generation Polynomial)，該除數一般皆由設計硬體或軟體的廠商所提供，而除數值位元數目則視欲得到的 CRC 位元數目而定。-CRC is transmitted by the data block to be calculated, which is calculated by the block to be
divider
- 16位定点无符号数除法器，除数、被除数均由16位整数和16位小数组成，商由32位整数和16位小数构成，余数由32位小数组成-Unsigned 16-bit fixed-point divider, divisor, dividend by 16-bit integer and 16 fractional bits, commercial 32-bit integer and 16 by the decimal form, the remainder from 32 fractional bits
BigNumCalcu
- 除法：输入1个字符串和一个整数(32位) 大数的四则运算-Division: enter a string and an integer (32) large numbers of four operational
How-many-prime-numbers
- 已知许多整数，求素数个数。先输入N（整数个数），再输入N个整数。每个都不超过32位整型，不小于2.-Give you a lot of positive integers, just to find out how many prime numbers there are.In each case, there is an integer N representing the number of integers to find. Each integer won’t exceed 32-bit
CRFPP-0.53
- 基于CRF++-0.53的改良版，修正了模型输入时多行空行导致的线程错误，优化了多线程操作，除LBFGS无法优化外，其余迭代操作全部多线程化，66MB模型在16线程服务器上运行，内存占用5.35GB，CPU利用率一般100 ，只有运行LBFGS时为7 。仅支持64位Windows操作系统，使用VC2008编译，不支持32位操作系统或Linux（Windows线程模型）。-Optimized CRF++-0.53. Fixed multi-empty line input bug. Optimiz
_MD5
- MD5以512位分组来处理输入的信息，且每一分组又被划分为16个32位子分组，经过了一系列的处理后，算法的输出由四个32位分组组成，将这四个32位分组级联后将生成一个128位散列值-MD5 deal with the information entered, and each group was divided into 16 groups of 32 seats, after a series of processing, the output of the algorithm consis
printfint2hex
- 十进制与32位IEE754浮点格式相互转化函数 -dec to 32 ieee754 ConvertDexToIEE754
caltr64
- 這是64位數四則運算機器,單次啟動可作6個運算...適用於32位元系統.....香港-This is a 64 digits arithmatic program. It takes 6 trials in a single run. Only for 32 bits system.....Hong Kong
SoftFloat.tar
- 用整形进行32位及64位浮点运算，对CPU不支持浮点运算的码农特别有用。-This is a software implementation of floating-point that conforms to the IEC/IEEE Standard for Binary Floating-Point Arithmetic
div
- 基于FPGA的32位浮点数除法运算，占用资源少，运算速度较快-Floating-point division based on FPGA
inet_addr1
- 若字符串有效则将字符串转换为32位二进制网络字节序的IPV4地址,能实现对应ip地址的转换。源码，方便学习交流-If the string will effectively convert the string to 32 binary network byte order IPV4 address, you can achieve the conversion of the corresponding ip address. Source facilitate learning exchang
mux21
- 32位多路选择器。输入信号有三个sel,a,b，当sel为0时，输出与a信号相同，为1时，输出与b信号相同-Complete a 32 bit multi-channel data selector
fftw-3.3.4-dll32
- 最新的fftw程序，目前最好的快速Fourier算法。lib已经生成，供windows用户调用。32位版-newly version for fftw, the best numerical calculation of Fourier transform. lib file is contained for windowser. 32bits
gsl-2.3-vs2015
- 使用VS2015编译的GSL2.3库，包含32位和64位两个版本，亲测可用！-Using VS2015 compiled GSL2.3 library, including 32-bit and 64-bit versions, pro-test available!