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。
Of the disadvantages, a 32-bit program must be cognizant of the segmented architecture to take full advantage of the 32-bit address space.
解决该问题的一个办法是采用分段POID地址空间（请参阅参考资料）。
One approach to the problem uses a segmented POID address space (see References ).
所以，如果您要在给定时间范围内清理数百万个地址，可通过支持您对数据进行分段的方式来应用规则。
So if you are cleansing millions of addresses within given time bounds, rules can be applied in such a way that lets you segment the data.
这个空间是平坦的(未分段)，连续的从地址0到FFFFFFFFH分布。
This address space is flat (unsegmented), with addresses ranging continuously from 0 to FFFFFFFFH.
这个空间是平坦的(未分段)，连续的从地址0到FFFFFFFFH分布。
This address space is flat (unsegmented), with addresses ranging continuously from 0 to FFFFFFFFH.
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