1602LCD滚动显示程序

一个不错的堆排序，用汇编语言实现的-a good heap sort, with the compilation of language

DS1302时间 DS1302时间 DS1302时间-kkkk

利用AT89C51 ,可以读取基于IC7135的电压表头的信号. -Use AT89C51, can be read based on the voltage meter IC7135 first signal.

我在汇编课上完成的一些作业（上机常见习题）和汇编课本上的几个例题，常用的输入输出模块，如： 把压缩存放的BCD码，转换为对应十进制数字ASCII码的程序；编写从键盘键入0至9中任一自然数x，求其立方值；内存中以BUFFER为首地址的缓冲区有10个非压缩型BCD码形式存放的十进制数，它们的值可能是0~9中的任意一个，将这些十进制数顺序显示在屏幕上等等，-I completed classes in the compilation of a number of operations (on the machine common exercises) and the compilation of textbooks on a few examples of commonly used input and output modules, such as: the compressed storage of BCD code, converted to decimal ASCII code corresponding to the procedure prepared from the keyboard type 0-9 in any natural number x, for the cubic value memory to buffer BUFFER headed Address has 10 non-compression type BCD code stored in the form of a decimal number, their value may be 0 ~ 9 any one of these decimal number sequence displayed on the screen, etc.

用汇编语言实现2进制向十进制的转换，过程用类似模块化的标签，通过跳转实现，代码块清晰易读-Using assembly language to achieve 2-band conversion to the metric system, the process of labeling similar to the modular, through Jump realized legible block of code

dsp c32下开发的waver单边带调制程序-dsp good under development seeks single sideband modulation procedures

很好的资料 很好的资料 很好的资料 -good goodgoodgoodgoodgood

设计要求：编写程序实现利用定时器演奏乐曲。本程序通过调用通用GENSOUND程序发出各种声音演奏乐曲。选择p播放音乐“太湖船”，选择q退出。 -design requirements : preparation program using timer pieces. This procedure by calling the General GENSOUND procedures issued voices pieces. P choice to play music "Taihu boats," and choose q withdrawal.

该程序是实现数字钟的实现 ，并且有相应的界面。-The program is to achieve the realization of digital clock, and a corresponding interface.

非递归的快速排序算法-#include #include #define MAX_SIZE 11 using namespace std typedef int elem typedef std::stack Stack int partition(elem*pData, int low, int high) void swap(elem& a, elem& b) void qsort(elem* pData, int low, int high) int partition(elem*pData, int low, int high) { elem key = pData[low] while(low < high) { while(low < high && pData[high] >= key) high-- swap(pData[low], pData[high]) while(low < high && pData[low]