| 1. | Memory map , virtual addresses
虚地址记忆映像 |
| 2. | Virtual address , effective
有效虚地址 |
| 3. | Address , effective virtual
有效虚地址 |
| 4. | Virtual address , effective
有效虚地址 |
| 5. | Effective virtual address
有效虚地址 |
| 6. | The cpu control unit transforms a linear address into a physical address automatically
Cpu会自动把一个虚地址映射成一个物理地址。 |
| 7. | Memory management unit , translates virtual to physical addresses and provides access permission control
内存管理单位，把虚地址转化为物理地址并且提供访问许可控制。 |
| 8. | Hence , for all such shared objects , vee - table and virtual functions should have the same virtual addresses in all processes
因此，对于所有这种共享对象来说，所有进程中的vee - table和虚函数都应该具有相同的虚地址。 |
| 9. | Helpfully , a calculation from a linear address to a physical one is quite simple and this will be shown several times in the following chapters
不过还好把一个虚地址映射成一个物理地址的过程还算是相当简单的，在下面的章节里我们会多次展示这些技巧。 |
| 10. | Code instructions address data using the virtual address ; the memory management unit ( mmu ) is responsible for the translation of the virtual address to the physical ram address
代码指令使用了虚拟的地址；内存管理单元( mmu )负责把虚地址转换成实际的物理ram地址。 |
