搜索资源列表
yong_ding_dian_DSP_shi_xian_chu_fa
- 用定点DSP实现除法,并用包含汇编的具体实现方法-Using fixed-point DSP to achieve division, and use that contains a compilation of the specific implementation method
dashuyunsuanyuanma
- 实现了大数运算的加减乘除运算，其中除法最后参数为余数，返回值为除法结果-Achieved computing addition and subtraction multiplication and division operations of large numbers, including division over the last parameter is the number of results returned a value of division
MNRDA
- 不可复原除法运算：在可复原算法中，我们用负数结果作下一次的迭代-Nonrestoring Division Algorithm
si4133-datasheet
- 该Si4133是一个单片集成电路，既执行IF和双频 RF合成为无线通信应用。在Si4133 包括三个和VCO，环路滤波器，参考和VCO分频器，相位 探测器。除法和可编程掉电设置与threewire 串行接口。-The Si4133 is a monolithic integrated circuit, both the implementation of the IF and dual-band RF synthesis for wireless comm
P030M_Calculator
- 编程实现一个简易计算器，实现基本的加减乘除运算功能 //在计算器的面板上，有0—9数字的按钮，同时还有加减乘除的运算按钮已经清空运算框按钮，用户可以直接点击 //面板进行输入数字并计算，输入和输出结果数据共用一个文本框 //当进行除法运算时当除数为0，计算器会给出错误提示-Programming a simple calculator for basic operations of addition and subtraction multiplication and divisio
javaStrategyDemo
- 用java写的基本的策略模式，实现加减乘除法-Using java to write the basic strategy model, addition and subtraction multiplication and division to achieve
BigDigit
- MFC实现大数的+-*/但是除法的算法比较傻弱，两个数相差太大运算会超慢-MFC to achieve large numbers of the+-*/division algorithm, but more silly weak little difference between the two operations will be a few ultra-slow
weiji04
- 4.1 数据寻址方式 4.1.1 立即数寻址方式 4.1.2 寄存器寻址方式 4.1.3 存储器寻址方式 4.2 数据传送类指令 4.2.1 数据传送指令 4.2.2 堆栈操作指令 4.2.3 地址传送指令 4.3 算术运算类指令 4.3.1 加法指令 4.3.2 减法指令 4.3.3 乘法除法等指-you can see see
largenumbers
- 大数加减乘除法 c++完成~ win32窗口~~!非常适合初学者-Multiplication and division addition and subtraction of large numbers c++ to complete the window ~ ~ ~ win32! Very suitable for beginners
asm
- 有关汇编运算的子程序，里面有多字节的乘除法运算-The compilation of computing routines, which a number of bytes of multiplication and division operations
hbok
- 汇编语言实现1位数的加减乘除运算,除法运算带余数-asghwegterg regergrhgehgrt erhgrrtjtyjyt
divisioncalculator
- 用matlab编写的除法计算器,能够实现除法运算-division calculator is written by matlab
MIPS
- 微机原理课程中需要用一段C++代码对机器性能进行测试。选用整数乘除法、浮点加法除法等大量循环以测出MIPS值-Microcomputer Principles of course need some C++ code to the machine performance testing. Use an integer multiplication and division, floating-point additions such as a large number of division c
chengxu
- 实现了几种阴影去除算法，包括相除法、HSV法等四种-Achieved several shadow removal algorithms, including the phase division, HSV law four kinds of
chengfaqi
- 乘法器,实现了乘法和除法的功能,能够进行32位的运算-Multiplier to achieve the functions of multiplication and division to carry out 32-bit computing
cordic_division
- 利用cordic实现除法的matlab源码。 本人原创，标准cordic算法。-implement division by cordic. matlab m language.
prime
- 一是利用计算机对正整数进行素因子分解认识素数，通过运用筛法与试除法寻找一定范围内的素数，体会到筛法比试除法有效但无法找出所有素数；二是通过若干特殊形式的素数的研究，寻找素数生成公式，发现一些结论；三是借助于非线性拟合技术，观察素数分布规律，利用其研究有关数论问题。-The first computer was used to prime factor decomposition of positive integers understanding of prime numbers, throug
largenumber
- 关于VB大数加法,减法,乘法,除法,乘方,MOD,阶乘运算,-Large numbers on the VB addition, subtraction, multiplication, division, involution, MOD, factorial calculations,
suanfajihe
- ( Rightmost Digit )代码：数论模幂算法（从左向右）0ms 最小公倍数-辗转相除法 Prim最小生成树-Rightmost Digit, modular exponentiation algorithm (from left to right) 0ms Least common multiple- Euclidean algorithm Prim minimum spanning tree
gongyueshu
- 输入两个正整数m和n，求其最大公约数和最小公倍数。 利用辗除法。-Enter two positive integers m, n, of seeking the common denominator and least common multiple. The use of rolling division.