这是一本汇编的书，是一本很好的汇编圣经…

介绍两类同步方法都是采用滑动相关寻找峰值的办法，区别在于使用的相关器模板和先验信息。每种方法在具体实现上又可分为：串行搜索和并行搜索-Introduce two types of synchronization methods are used to find the peak sliding correlation approach, the difference lies in the use of the correlator template and a priori information. Each method in the concrete realization can be divided into: serial search and parallel search

P1口的流水灯程序，先亮流水，后不亮流水，正反相对-P1 mouth flow signals procedures and bright water, after failing to turn water, the relative pros and

先输入一个关键字符串，然后输入一个句子 找出关键字符串在句子中位置 -Input a key string, and then enter the string a sentence to identify key positions in the sentence

自己编的汇编程序(masm5.0),执行后在DOS窗口显示路径，回车后自身即被删除,设成只读隐藏也不行,所以执行前请作好备份:)-A DOS assemble language program usng masm5.0,and it can delete itself from the hard disk when running,and even if you set the program file read-only or hidden attribute,so make sure back up the program file before execution :)

被除数由高到低存于TEMP_STR-->TEMP_STR+4中，除数存于TEMP_STR+10-->TEMP_STR+14中, 运算后商存于TEMP_STR-->TEMP_STR+4中，余数存于TEMP_STR+5-->TEMP_STR+9中 高字节在前 方法：移位相除 10位BCD码除法 XUE:20080729-High to low dividend deposited in TEMP_STR-> TEMP_STR+ 4, the divisor stored in TEMP_STR+ 10-> TEMP_STR+ 14, the operations are kept in after TEMP_STR-> TEMP_STR+ 4, the remainder stored in TEMP_STR+ 5-> TEMP_STR+ 9 in the high byte of the former method: shift 10 BCD division code division XUE: 20080729

点阵，里面有多种点阵，8*8，16*16，8字流动的，16*64点阵控制-Lattice, there are a variety of dot matrix, 8* 8,16* 16,8 words flow, 16* 64 dot matrix control

6502的汇编代码-6502 assembly code

This example prints out "HELLO WORLD!" by writing directly to the video memory.

有限元分析设计轴承软件，一般采用ANSYS去进行分析应力等作用-finite element analysis software design bearings, normally used to ANSYS stress analysis, etc.

MCS-96单片机A_D转换器应用，包括查询式方法和中断方法。查询法通过检测AD_RESULT（LO）中的S位来判定A/D转换是否完成，中断方法用来实现多任务处理。-MCS-96 microcontroller A_D converter applications, including inquiries approaches and methods interruption. Query by detecting AD_RESULT (LO), the S-judge A/D conversion if completed, Methods used to achieve interruption of multi-tasking.