| 1. | Let s look at each of these in detail
下面详细介绍这些段寄存器。 |
| 2. | Initializes the segmentation registers and a provisional stack
初始化段寄存器以及一个临时栈。 |
| 3. | Initializes the segmentation registers with their final values
以各自的最后值来完成初始化各段寄存器。 |
| 4. | Every segment register has a “ visible ” part and a “ hidden ” part
每个段寄存器都“可见段”和“隐藏段”两个部分组成。 |
| 5. | Other segments can be made available by loading their segment selectors into these registers during program execution
要想使用其它的段，可以在程序运行时把这个段选择子载入段寄存器中。 |
| 6. | These instructions change the contents of the cs register ( and sometimes other segment registers ) as an incidental part of their operation
而这类指令在执行时会修改cs (或其它段寄存器)的内容。 |
| 7. | The fs and gs segment registers are not normally used in application programs but are used in some instances by the operating system
Fs和gs段寄存器不经常被应用程序使用，但是有些时候被操作系统所使用。 |
| 8. | Memory management is simpler when all processes use the same segment register values when they share same set of linear addresses
当所有的进程都使用相同的段寄存器值时（当它们共享相同的线性地址空间时） ，内存管理更为简单。 |
| 9. | In linux , all the segment registers point to the same range of segment addresses - in other words , each uses same set of linear addresses
在linux中，所有的段寄存器都指向相同的段地址范围换言之，每个段寄存器都使用相同的线性地址。 |
| 10. | The rpl request privilege level defines the current privilege level of the cpu when the corresponding segment selector is loaded in the segment register
Rpl ( request privilege level )定义了在将对应的段选择器加载到段寄存器中时cpu的当前特权级别。 |
