WHITE PAPER:
Data compression features in data warehouse databases are the current trend, and this paper explains the benefits of compression in data warehousing and differentiates compression approaches taken by different databases.
WHITE PAPER:
This white paper explains the latest hactivist and cybercriminal methods of attack, and presents a 7-step guide you can use to safeguard your website from attack.
WHITE PAPER:
Find out how NoSQL databases can help your company meet the growing amounts of data in a manageable and usable fashion for BI. This paper gives an in-depth example at how MongoDB provides NoSQL benefits, as well as leveraging data in real-time, the benefits of document-oriented data, and examples of how users have implemented this to their BI.
WHITE PAPER:
Read this white paper to learn the advantages of column-based databases, and see if it's right for your organization. Some of the key findings include how column-based databases perform faster and require less maintenance, while also performing better with analytic applications.
WHITE PAPER:
Access this paper to see how a leading acceleration system combined with SQL Server in-memory OLTP improves customer experience by boosting system response time and business productivity.
WHITE PAPER:
This guide outlines the common steps that people go through when they are interested in evaluating an open source database (e.g. one or both of the Postgres Plus products). This guide will also provide links to other documents/collateral that will help you accomplish each step. Read on to learn about these common steps in evaluation in more detail.
WHITE PAPER:
New IBM DB2 features make compatibility easy. In this guide, you’ll learn about native support for PL/SQL, new data types, scalar functions, improved concurrency, built-in packages, OCI, SQL*Plus, data movement tools, best practices and more—all designed to improve your ability to run applications on both DB2 and Oracle platforms
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.
