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turbo_VHDL
- Turbo Decoder Release 0.3 * Double binary, DVB-RCS code * Soft Output Viterbi Algorithm * MyHDL cycle/bit accurate model * Synthesizable VHDL model -Turbo Decoder Release 0.3 * Double binary, DVB-RCS code * Soft Output Viterbi Algorithm * M
m_sequence
- matlab生成m序列的函数 原来那个效率太低,主要是因为实际应用并不需要生成太长的m序列,加入了需求长度,能有效减少运行时间。25级的移位寄存器,运行了一个小时都没有出来一周期,我仅仅需要三千bit而已。改进版:
CRC32_D32
- MAC帧32 FCS校验算法,32位并行CRC校验算法。-MAC Frame 32 bit FCS
C51
- /*这是我用C语言编的第一个程序,编译通过,下载到单片机里能够正常运行,我非常高兴,对我来说有纪念价值*/ -#include <reg51f.h> #include <intrins.h> #include <math.h> sbit P2_0=P2^0 bit FLAG=0 char m,ptr=0 static const char tab[16]={0x01,0x02,0x03,0x0c,
2-n-power
- 汇编 求2的n次方 include irvine32.inc IsZero proto ,address: ptr dword ,kind:dword 判断正数还是负数还是0 Negation proto ,address: ptr dword ,kind:dword 求相反数 .data str1 byte "请输入16进制的96位整数的低32位(8个):",0 str2 byte "请输入16进制的96位整数的中32位(8个):",0 str3 byte "请输入
Fibonacci-Sequence
- 汇编 菲波那契数列 include irvine32.inc 原理:f3=f2+f1 .data str1 byte "请输入所求的菲波那契数列的位数:",0 str2 byte "此程序中菲波那契数列最大位置:",0 j dword 2 求最大位置 f1 dword 1,0,0 用3个32位表示一个96位 f2 dword 1,0,0 用3个32位表示一个96位 m dword ? .code main proc mov
Multiplied-by-large-Numbers
- 汇编 大数相乘 include irvine32.inc value3=value1*value2 .data str1 byte "请输入16进制的32位整数(乘数)(8个):",0 str2 byte "请输入16进制的32位整数(被乘数)(8个):",0 str3 byte "相乘结果为:",0 value1 dword ? 乘数 value2 dword ? 被乘数 value3 dword 2 dup(0) 结果 m dword 0 用m
3
- 熟悉Windows编程环境: ⑴ 编写一个Windows界面汇编程序,显示一个消息框,含标题与正文,要求标题是自己的姓名,正文是自己的学号。 ⑵ 编写Windows 32位控制台程序,计算result=m*(n –x)的值。要求提示用户输入32位带符号整数m, n, x,并显示计算结果。 -Familiar Windows programming environment: ⑴ assembler to write a Windows interface that displays a
DPSKxingneng
- 完成M=4的DPSK通信系统仿真,并求出其相应的误码率、误比特率-M = DPSK complete communication system simulation, and find its corresponding error rate, bit error rate
ERROR-detecting-code-using-CRC-CCITT
- The idea behind CRC calculation is to look at the data as one largebinary number. This number is divided by a certain value and the remainder ofthe calculation is called the CRC. Dividing in the CRC calculation at firstlooks to cost a lot of computin
pskkk
- Using matlab for M = 8 the PSK system Monte Carlo simulation, to analyze the bit error rate
