| 1. | A set of linear addresses are grouped together to form pages
线性地址会被分组成页的形式。 |
| 2. | Are referred by both user code and kernel code
）的线性地址可由用户代码和内核代码进行引用。 |
| 3. | Up to 0xffffffff is addressed by kernel code
到0xffffffff的线性地址只能由内核代码进行访问。 |
| 4. | The following diagram illustrates the mapping of linear addresses to ram
下图是在ram中的线性地址映射。 |
| 5. | Commitment assigns physical memory to the linear address range
所谓提交（ commitment ）就是将物理内存分配到一个线性地址范围上。 |
| 6. | Figure 3 shows the graphical representation to obtain the linear address from logical address
图3展示了从逻辑地址获得线性地址。 |
| 7. | The paging unit translates the linear addresses into physical ones see figure 1
分页单元负责将线性地址转换成物理地址（请参见图1 ） 。 |
| 8. | The range is not backed by physical memory until the memory is committed
直到这段内存被提交时，才会将物理内存映射到这个范围的线性地址空间上。 |
| 9. | The translation of linear addresses into their corresponding physical location is a two - step process
线性地址到对应物理位置的转换的过程包含两个步骤。 |
| 10. | When an application asks os 2 to allocate memory , a linear address range is reserved
当应用程序请求os / 2分配内存时，操作系统就为其保留一个线性地址范围。 |
