1·为什么我们不能立即移动数据段寄存器?。
8086- why can't we move an immediate data into segment register?
2·我们怎么能算在装配8086字符串元音的个数？
How can we count the number of vowels in a string in assembly 8086?
3·为什么数据存在于多个位置在8086年同样的物理内存吗？
Why data exist in multiple locations in 8086 in the same physical memory?
4·同时，本方法具有通用性，可用在以8086为基体的单板机软件开发上。
The method can be spread for general use to develop the software for 8086-based computers.
5·Windows 3.x需要8086/8088或者其它时钟频率超过10MHz的处理器。
Windows 3.x required an 8086/8088 processor or better that had a clock speed of up to 10MHz.
6·在8086 C反编译系统中，我们把模式识别原理应用于C库函数的识别。
The principle of pattern recognition is applied to recognize C functions in 8086 C decompiling system.
7·毫无疑问，它不但兼容了8086的所有指令，而且还对它们进行增强。
There is no doubt that it is not only compatible with the 8086 all the instructions, but also enhance them.
8·电子工业出版社《微机原理与接口技术》8086系统汇编语言配套PDF。
Publishing House of Electronics Industry, " Microcomputer Principle and Interface Technology" 8086 assembly language support system PDF.
9·BIOS的故事开始于七十世纪末，当英特尔集团引进两种类型新的微处理器，8086和8088。
The story of BIOS starts at the end of the seventies, when Intel Corp. introduced two new types of microprocessors, the 8086 and the 8088.
10·由于IBM认为Intel 8086和Motorola MC 68000这两种16位处理器都太强大，所以选用Intel的8 - 16位8088处理器。
IBM selected Intel's 8-to-16-bit 8088 processor, because it thought both the Intel 8086 and Motorola MC68000 16-bit processors were too powerful.