Distributed Database Transaction and Recovery Techni...

In this transaction's property, either all or none of the transaction's operations are performed.

This component of the RMAN environment containing the control files, datafiles etc..... that RMAN backups or restore.

In this RAID level, any disk failure destroys the array, which becomes more likely with more disks in the array.

This RAID level provide fault tolerance from two drive failures and array continues to operate with up to two failed drives.

Image copies are not stored in an RMAN-specific format.

This node participating in the session tree sends all of the distributed transaction's SQL statements, remote procedure call and so forth to the directly reference nodes.

This transaction's property states that an incomplete transaction can't disclose its result to other transactions until it is committed.

A logical standby database is created as a separate database by RMAN because it has different DBID from its primary database.

This feature of the RMAN describes the contents of the backup sets that define which files are multiplexed and the level of multiplexing.

During the compilation phase, RMAN determines which objects the command will access for example, resolving a tablespace name into its components datafiles.

In this transaction's property, if many transactions execute concurrently, the result must be same as if they were executed serially in the same order.

A flash recovery area is a directory, file system etc...., includes archived redo logs, flashback logs and RMAN backups.

In this RAID level, array continues to operate so long as at least one drive is functioning.

It is a text file which contains RMAN commands as you would enter them at the command line.

You can create this component of the RMAN environment that contains the RMAN metadata for multiple target database unless you are using RMAN with a physical standby database.