reverse mapping

To understand the reverse mapping technique, let's quickly go through some fundamentals of the Linux virtual memory system.

The virtual memory subsystem has been enhanced with a reverse-mapping algorithm, which provides improvements in memory constrained systems.

Virtual memory subsystem enhancements, including a reverse-mapping algorithm that provides improvements in memory-constrained systems.

The annotations are also required for the reverse mapping and to override the default binding rules for the Java-to-XML Schema mapping.

Reverse mapping provides a mechanism for discovering which processes are using a given physical page of memory.

DN2P - serves as a reverse mapping mechanism for the subscriber databases.

In this case, a reverse mapping is performed from the SOA scenario to the customer-defined use cases.

The most notable and obvious cost of reverse mapping is that it incurs some memory overhead.

The module maintains two hashes internally, and automatically creates a reverse mapping in the second one when the first one gets data.

Remember that when foreign-key-column-on-source is not used, you will need to find the reverse mapping yourself.

The forward mapping from number to character is 1-to-1 with the reverse mapping from character to number.

Method to get just the reverse mapping keys.

Reverse mapping, or RMAP, was implemented in the 2. 5 kernel to solve this problem.

It would be tedious to recreate the UML model, so a stylesheet that implements the reverse mapping is handy. Listing 3 is an example

Reverse mapping from PASCAL process blueprint to abstract logic structure diagram