DN2P - serves as a reverse mapping mechanism for the subscriber databases.
DN2P——作为用户数据库的反向映射机制。
DN2P - serves as a reverse mapping mechanism for the subscriber databases.
作为用户数据库的反向映射机制。
Reverse mapping, or RMAP, was implemented in the 2.5 kernel to solve this problem.
反向映射，或者说是RMAP，就是为解决此问题而在2.5内核中实现的。
In addition, it defines a secondary_keys method to get just the reverse mapping keys.
除此以外，它还定义了一个secondary_keys方法来获取反向映射键。
The most notable and obvious cost of reverse mapping is that it incurs some memory overhead.
反向映射最重要、明显的代价是，它带来了一些内存开销。
VDN2P - serves as the reverse mapping mechanism for the visitor location (VLR) database.
VDN2P——作为访问者位置(VLR)数据库的反向映射机制。
VDN2P - serves as the reverse mapping mechanism for the visitor location (VLR) database.
DN2P --作为用户数据库的反向映射机制。
VDN2P - serves as the reverse mapping mechanism for the visitor location (VLR) database.
作为访问者位置(VLR)数据库的反向映射机制。
In this case, a reverse mapping is performed from the SOA scenario to the customer-defined use cases.
在这种情况下会执行一个反向的映射，即从SOA场景映射到客户定义的用例。
The STORE function creates an entry in both the primary and the secondary array (normal and reverse mapping).
STORE函数同时在主数组和辅数组(常规和反向映射)中创建一个项。
Reverse mapping provides a mechanism for discovering which processes are using a given physical page of memory.
反向映射提供了一个发现哪些进程正在使用给定的内存物理页的机制。
Deletions are a little more complex, because we also want to delete the reverse mapping for the key we're deleting.
删除函数略微有些复杂，因为我们还想删除正在删除的键的反向映射。
Remember that when foreign-key-column-on-source is not used, you will need to find the reverse mapping yourself.
请记住，当foreign - key - column - on - source没有使用时，您需要自己寻找逆向映射。
To understand the reverse mapping technique, let's quickly go through some fundamentals of the Linux virtual memory system.
为了理解反向映射技术，让我们来首先简单了解Linux虚拟内存系统的一些基本原理。
It would be tedious to recreate the UML model, so a stylesheet that implements the reverse mapping is handy. Listing 3 is an example.
重新建立UML模型太麻烦了，如果由一个样式表实现逆映射会非常方便。
There are also more enhancements for reverse mapping currently being researched for possible inclusion in future versions of the Linux kernel.
当前还有更多对反向映射的改进正在研究中，可能会出现在未来的Linux 内核版本中。
Meaning no built in support for mapped objects to write back to its original source, unless the user specifically create a reverse mapping after the mapped object is updated.
这意味着它并没有内建映射对象支持来回写至原始源，除非用户在更新映射对象之后明确地创建逆向反射。
If you follow this pattern, you get the reverse of the mapping described in the previous section.
如果遵循此模式，将得到与前面部分描述相反的映射。
It also performs reverse-geocoding-taking mapping coordinates and returning a physical address.
它还执行逆向地理编码—将映射坐标转换成实际位置。
Virtual memory subsystem enhancements, including a reverse-mapping algorithm that provides improvements in memory-constrained systems.
虚拟内存子系统改进，包括在内存压力比较大的系统中提供的反向映射算法。
To add your reverse domain mapping to your named config, specify the domain and domain file in the same way within your named.conf file (see Listing 6).
要将反向域映射添加到named配置，可以在named . conf文件中以相同的方式指定域和域文件(请参见清单6)。
The function xy2index was the only mapping needed; I wrote a reverse function called index2xy but did not need to use it.
唯一所需要的映射是xy2index函数；我编写了一个名为index2xy的反向映射函数，但是没必要使用它。
One of the key problem in reverse-engineering is the well-known "concept assignment problem" -- i.e., the mapping of domain concepts to elements of the source code.
逆向工程中的一个关键问题是，著名的“概念分配问题”——也就是，领域概念到源代码元素的映射。
The virtual memory subsystem has been enhanced with a reverse-mapping algorithm, which provides improvements in memory constrained systems.
通过使用反向映射算法，虚拟内存子系统已经得到了提高，这为内存受限的系统带来了改进。
According to this ring and mapping direction we classify the mapping transformation into two sorts: forward algorithm and reverse algorithm.
依据映射的变换方向不同，论文提出了非均匀映射实现的两类算法：正向算法与反向算法。
According to this ring and mapping direction we classify the mapping transformation into two sorts: forward algorithm and reverse algorithm.
依据映射的变换方向不同，论文提出了非均匀映射实现的两类算法：正向算法与反向算法。
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