This presentation will teach you the basics of Exadata & other Engineered Systems from a beginner's perspective, with experiences and examples that are intermediate level. It will go over the advantages of using this hardware and how the hardware components provide the speed that you'll realize implementing it. We will cover the following topics: •…

This is a beginner level presentation on partitioning. It includes tips for beginners on the four main ways to partition a table. I will show an example of each type of partitioning as well as benefits of each. I will also show how to merge and split partitions. This talk will include the following topics:…

This is a beginner level presentation on partitioning. It includes tips for beginners on the four main ways to partition a table. I will show an example of each type of partitioning as well as benefits of each. I will also show how to merge and split partitions. This talk will include the following topics:…

Database Consolidation on Exadata with Deep Dive into I/O Resource Management This session covers the following topics: • Overview of the I/O Resource Management feature of Oracle Exadata • I/O Resource Management architecture • I/O Resource Management rules and planning • I/O Resource Management plans (intradatabase, interdatabase, and category resource plans) • Enabling intradatabase resource…

Database Consolidation on Exadata with Deep Dive into I/O Resource Management This session covers the following topics: • Overview of the I/O Resource Management feature of Oracle Exadata • I/O Resource Management architecture • I/O Resource Management rules and planning • I/O Resource Management plans (intradatabase, interdatabase, and category resource plans) • Enabling intradatabase resource…

High availability (HA) is not just a buzzword—it is a fundamental approach to system architecture that helps ensure maximum uptime and minimum downtime for business services. The ultimate goal of HA architecture design is to ensure that there are no single points of failure (SPOFs) in an environment while not making the design so complicated…

High availability (HA) is not just a buzzword—it is a fundamental approach to system architecture that helps ensure maximum uptime and minimum downtime for business services. The ultimate goal of HA architecture design is to ensure that there are no single points of failure (SPOFs) in an environment while not making the design so complicated…

High availability (HA) is not just a buzzword—it is a fundamental approach to system architecture that helps ensure maximum uptime and minimum downtime for business services. The ultimate goal of HA architecture design is to ensure that there are no single points of failure (SPOFs) in an environment while not making the design so complicated…

High availability (HA) is not just a buzzword—it is a fundamental approach to system architecture that helps ensure maximum uptime and minimum downtime for business services. The ultimate goal of HA architecture design is to ensure that there are no single points of failure (SPOFs) in an environment while not making the design so complicated…

Damian will present on new and emerging topics around high availability, maintenance and proactive actions to ensure systems maximise uptime and reduce potential service risk.