| 1. | Generates a . reloc for a 64 bit address in an ia64
为ia64 movl指令中的64位地址生成 |
| 2. | Standard 32 - bit addresses can map a maximum of 4 gb of memory
标准的32位地址最多可映射4 gb内存。 |
| 3. | Systems utilizing 64 bits for the address space have virtually no limits
而使用64位地址空间的系统实际上是没有这种限制的。 |
| 4. | Trying to load a 64 - bit object into 32 - bit address space , or vice versa , leads to a
尝试将64位对象加载到32位地址空间，或者反之，都会导致 |
| 5. | There is no way to load a 64 - bit object into 32 - bit address space , or the other way around
没有办法将64位对象加载到32位地址空间，反之亦然。 |
| 6. | First is the concept of a 32 - bit address space , as opposed to a 64 - bit address space
相对于64位地址空间，我们首先来看一下32位地址空间这个概念。 |
| 7. | Add : international trade s iocation no . 16790 of trade and business city f3 - 16789 of yiwu of china
商位地址：中国义乌国际商贸城二期f3 - 16789 16790商位 |
| 8. | Although the 32 - bit address space is limited to 4 gb , the nonpaged memory can be much larger
虽然32位地址空间限制为4 gb ，但是非分页内存却可以远远大于4 gb 。 |
| 9. | Awe lets applications acquire physical memory , and then dynamically map views of the nonpaged memory to the 32 - bit address space
Awe允许应用程序获取物理内存，然后将非分页内存的视图动态映射到32位地址空间。 |
| 10. | Of the disadvantages , a 32 - bit program must be cognizant of the segmented architecture to take full advantage of the 32 - bit address space
缺点是， 32位的程序必须认识这种分段体系结构，才能充分利用32位地址空间。 |
