This session will summarize the latest information on best practises for running the Oracle Database on Linux on IBM System z. It will be hosted by the President of the Oracle SIG and speakers from IBM and Oracle. It will be the closing session for the SIG User Group

A database is a very resource intensive by its very nature and one of the most resource intensive applications you will ever virtualize. If best practices are not followed, the database will never perform as needed. This presentation will teach the DBA best practices for Virtualizing Oracle/MySQL databases with a heavy emphasis on VMware.

A database is a very resource intensive by its very nature and one of the most resource intensive applications you will ever virtualize. If best practices are not followed, the database will never perform as needed. This presentation will teach the DBA best practices for Virtualizing Oracle/MySQL databases with a heavy emphasis on VMware.

A database is a very resource intensive by its very nature and one of the most resource intensive applications you will ever virtualize. If best practices are not followed, the database will never perform as needed. This presentation will teach the DBA best practices for Virtualizing Oracle/MySQL databases with a heavy emphasis on VMware.

A database is a very resource intensive by its very nature and one of the most resource intensive applications you will ever virtualize. If best practices are not followed, the database will never perform as needed. This presentation will teach the DBA best practices for Virtualizing Oracle/MySQL databases with a heavy emphasis on VMware.

Behind the scenes, Oracle databases hide a myriad of different processes to ensure that your data can be safely stored and retrieved. But these processes also leave “tracks” (or they COULD leave tracks if you set them up properly). These tracks, together with application-specific data, create a complete representation of the system day-to-day activity. But…

Behind the scenes, Oracle databases hide a myriad of different processes to ensure that your data can be safely stored and retrieved. But these processes also leave “tracks” (or they COULD leave tracks if you set them up properly). These tracks, together with application-specific data, create a complete representation of the system day-to-day activity. But…

Behind the scenes, Oracle databases hide a myriad of different processes to ensure that your data can be safely stored and retrieved. But these processes also leave “tracks” (or they COULD leave tracks if you set them up properly). These tracks, together with application-specific data, create a complete representation of the system day-to-day activity. But…

Behind the scenes, Oracle databases hide a myriad of different processes to ensure that your data can be safely stored and retrieved. But these processes also leave “tracks” (or they COULD leave tracks if you set them up properly). These tracks, together with application-specific data, create a complete representation of the system day-to-day activity. But…

The Automatic Workload Repository is a powerful feature that was introduced in Oracle 10g and improved in Oracle 11g. Learn how you can utilize that power at an Enterprise level by bringing your Automatic Workload Repository data together into a central repository to compare reports across databases in your Enterprise; keeping snapshot data for longer…