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If, however, your Performance log indicates network pressure that is specific to your SQL Server 2005 server, the solution is to install faster NICs or share the tasks carried out by that server over one or more additional computers.

If your queries generally specify path expressions on xml type columns, a PATH secondary index might be able to speed up the search As described earlier, the primary index is helpful when you have queries that specify the exist() method in the WHERE clause If you add a PATH secondary index, you might also improve the search performance Although a primary XML index avoids having to shred the XML binary large objects at run time, it might not provide the best performance for queries based on path expressions Because all rows in the primary XML index corresponding to an XML BLOB are searched sequentially for large XML instances, the sequential search might be slow In this case, having a secondary index built on the path values and node values in the primary index can significantly speed up the index search.

work properly. Bring the failed publisher back online and fail back to this pub lisher, not losing any changes.

Configure the AdventureWorks database to replicate all the data using transactional replication in a peer-to-peer architecture. Simulate a failure of a publisher. Fail over to the other publisher so that all applications continue to work properly. Bring the failed publisher back online and fail back to this pub lisher, not losing any changes. Configure the AdventureWorks database to replicate all the data using merge replication. Simulate a failure of the publisher. Fail over to the subscriber so that all applications continue to work properly. Bring the publisher back online and reinitialize the architecture, not losing any changes.

In the PATH secondary index, the path and node values are key columns that enable more efficient seeks when searching for paths If queries are value based, for example, /Root/ProductDescription/@*[ = "WidgetA"] or //ProductDescription[@Name = "Widget A"], and the path is not fully specified or it includes a wildcard, you might obtain faster results by building a secondary XML index that is built on node values in the primary XML index The key columns of the VALUE secondary index are (node value and path) of the primary XML index If your workload involves querying for values from XML instances without knowing the element or attribute names that contain the values, a VALUE secondary index might be useful Queries that retrieve one or more values from individual XML instances might benefit from a PROPERTY secondary index.

Configure the AdventureWorks database to replicate all the data using transactional replication. Take a full backup of the publisher. Make some changes. After publisher and subscriber have been synchronized, back up the tail of the log on the publisher. Restore the full backup and transaction log backup, and keep the replication functioning. Configure the AdventureWorks database to replicate all the data using transactional replication with immediate updating subscribers. Take a full backup of the publisher. Make some changes. After publisher and subscriber have been synchronized, back up the tail of the log on the publisher. Restore the full backup and transaction log backup, and keep the replication functioning. Configure the AdventureWorks database to replicate all the data using transactional replication with queued updating subscribers. Take a full backup of the publisher. Make some changes. After publisher and subscriber have been synchronized, back up the tail of the log on the publisher. Restore the full backup and transaction log backup, and keep the replication functioning. Configure the AdventureWorks database to replicate all the data using transactional replication in a bidirectional architecture. Take a full backup of the publisher. Make some changes. After publisher and subscriber have been synchronized, back up the tail of the log on the publisher. Restore the full backup and transaction log backup, and keep the replication functioning. Configure the AdventureWorks database to replicate all the data using transactional replication in a peer-to-peer architecture. Take a full backup of the publisher. Make some changes. After publisher and subscriber have been synchronized, back up the tail of the log on the publisher. Restore the full backup and transaction log backup, and keep the replication functioning.