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1·File mapping and memory mapping view.

文件的映射和内存映射视图。

2·NEW: Local malware database now USES memory mapping.

新：当地的恶意软件数据库，现在使用内存映射。

3·Below the stack, we have the memory mapping segment.

下面的堆栈，我们的内存映射段。

4·Clearly, 1gb of RAM is not enough to handle 1.52gb of Shared memory mapping.

显然，1gb的RAM不足以处理1.52 GB的共享内存映射。

5·Is the Relocation register changed in terms of memory mapping and allocation?

是基址寄存器的内存映射和配置方面的改变？

6·They include locality preservation, wilderness preservation, memory mapping, and caching.

包括局部化保持，拓展块保留，内存映射和高速缓冲。

7·An added benefit is that the memory mapping can be displayed alongside a raw, column-based rendering.

还有一个好处是，内存映射可以沿着一个大概的、基于列的赋值处显示。

8·There's code to provide the memory mapping through the use of shadow page-tables and management of x86 segments.

还有一些代码通过使用影子页表(shadow page - table)和管理x86区段来提供内存映射。

9·The memory mapping feature enables you to display a region of memory according to a layout defined in an XML file.

内存映射特性能够使您根据XML文件中所定义的布局来显示内存的某个区域。

10·Memory mapping is a convenient and high-performance way to do file I/O, so it is used for loading dynamic libraries.

执行文件I / O，内存映射是一个方便的和高性能的方式，因此，它被用于加载动态库。