WHITE PAPER:
This white paper contains a sampling of real business results that organizations around the world, in a variety of industries, have achieved by upgrading and standardizing on Oracle Database 11g.
WHITE PAPER:
This paper outlines different considerations for separating decision support systems (DSS) from Transaction Processing (OLTP) environments and touches upon technical procedures for achieving the same, as well as examines data warehouse solutions, different storage topologies, storage interface optimizations and much more.
WHITE PAPER:
This white paper offers a cost-effective information management solution that optimizes storage infrastructures while also maintaining the performance and scalability that businesses require.
WHITE PAPER:
Read this white paper now and learn how Oracle Exadata Database Machine addresses the needs of today’s businesses with extreme performance for enterprise data warehousing, online transaction processing (OLTP) and mixed workloads.
WHITE PAPER:
Using Solid State Disks (SSDs) in enterprise storage arrays is one of today's hottest storage trends. This whitepaper discusses the best practices for deploying SSDs in an OLTP environment using Dell EqualLogic PS Series arrays.
WHITE PAPER:
This customer reference booklet contains a sample of real business results that organizations around the world, across a variety of industries, have achieved by upgrading and standardizing on Oracle Database 11g.
WHITE PAPER:
This whitepaper explains the importance of having a proper database management system in the age of Big Data. A good DBMS will prove accurate data to analytics and BI systems in real time.
WHITE PAPER:
This white paper examines the role of data warehousing and DB2 on System environments, and it explains how you can standardize and consolidate your existing data marts and warehouses to form a mixed workload solution.
WHITE PAPER:
This paper will discuss how Vertica enhances the capabilities of analytical work through the implementation of different architecture for relational database-based analytical work. By simply rotating the orientation of the database from rows to columns, dramatic improvements in load and query speed, scalability and cost effectiveness are achieved.
