例句與造句

1. This default ldt segment descriptor is stored in the gdt
   這個默認ldt段描述符存儲在gdt中。
2. By default it contains a null segment descriptor
   默認情況下，其中會包含一個空的段描述符。
3. The corresponding segment descriptor stored in the gdt has following values
   存儲在gdt中的對應段描述符的值如下：
4. Each segment descriptor is eight bytes long and represents a single segment in memory
   每個段描述符長8個字節(jié)，表示內存中的一個段。
5. A 13 - bit index that identifies the corresponding segment descriptor entry contained in the gdt or ldt
   一個13位的索引，用來標識gdt或ldt中包含的對應段描述符條目
6. It's difficult to find segment descriptor in a sentence. 用segment descriptor造句挺難的
7. Each time a segment selector is loaded on to segment registers , the corresponding segment descriptor is loaded from memory into a matching non - programmable cpu register
   每次將段選擇器加載到段寄存器中時，對應的段描述符都會從內存加載到相匹配的不可編程cpu寄存器中。
8. Since a segment descriptor is eight bytes long , its relative address inside the gdt or ldt is obtained by multiplying the most significant 13 bits of segment selector by 8
   由于一個段描述符的大小是8個字節(jié)，因此它在gdt或ldt中的相對地址可以這樣計算：段選擇器的高13位乘以8 。
9. For example , if the gdt is stored at address 0x00020000 and index specified by segment selector is 2 , then the address of corresponding segment descriptor is equal to 0x00020000
   例如，如果gdt存儲在地址0x00020000處，而段選擇器的index域是2 ，那么對應的段描述符的地址就等于( 2 * 8 ) + 0x00020000 。
10. The ti table indicator flag that specifies whether the segment descriptor is included in gdt if the value is 0 ; if the value is 1 , then the segment descriptor is included in the ldt
    Ti ( table indicator )標志指定段描述符是在gdt中還是在ldt中，如果該值是0 ，段描述符就在gdt中；如果該值是1 ，段描述符就在ldt中。
11. The segment descriptor entry contains both a pointer to the first byte in the associated segment represented by the base field and a 20 - bit value the limit field which represents the size of the segment in memory
    段描述符條目中包含一個指針和一個20位的值（ limit字段） ，前者指向由base字段表示的相關段中的第一個字節(jié)，后者表示內存中段的大小。
12. As we saw earlier in the section on linux and segmentation , each segment descriptor uses same set of addresses for linear addressing , minimizing the need to use the segmentation unit to convert logical addresses to linear addresses
    前面介紹linux分段模型時已提到，每個分段描述符都使用相同的地址集進行線性尋址，從而盡可能降低使用分段單元將邏輯地址轉換成線性地址的需要。