A directory of resources inthe field of technical communication.

Databases

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Once a lesser-known category of software, databases have become a more and more important part of technical communication practice. Today databases often drive documentation collections, including content management systems and wikis. The most sophisticated databases tend to employ the SQL language.

 

101.
#34151

Migrating from MS SQL Server 2008 to EnterpriseDB

With many database vendor products in the market and data intensive applications using them, it is often required to port the application to use the data or, migrate the data so that the application can use it. Migration of data is therefore one of the realities of the IT Industry. Some of the author's previous articles on migration can be found at the link.

Krishnaswamy, Jayaram. Packt (2009). Articles>Information Design>Databases>SQL

102.
#34152

Programmatically Creating SSRS Report in Microsoft SQL Server 2008

The process of programmatically creating the SQL Server Reporting Services (SSRS) tabular report is described. You will be creating a very simple report using the provided code. The approach is to introduce the programming by creating the three parts of a report: connection, dataset, and layout. Excerpt from the book, "Learning SQL Server 2008 Reporting Services.'

Krishnaswamy, Jayaram. Packt (2009). Articles>Information Design>Databases>Reports

103.
#34154

Transferring a Table in a MS Access 2003 Database to PostGres Using SQL Server Integration Services   (members only)

Describes the use of Microsoft SQL Server Integration Services to transfer a table from MS Access 2003 to Postgres on EnterpriseDB. Some of the problems are discussed.

Krishnaswamy, Jayaram. SSWUG (2009). Articles>Information Design>Databases>Microsoft Access

104.
#34194

Consistency-Preserving Caching of Dynamic Database Content   (PDF)

With the growing use of dynamic web content generated from relational databases, traditional caching solutions for throughput and latency improvements are ineffective. We describe a middleware layer called Ganesh that reduces the volume of data transmitted without semantic interpretation of queries or results. It achieves this reduction through the use of cryptographic hashing to detect similarities with previous results. These benefits do not require any compromise of the strict consistency semantics provided by the back-end database. Further, Ganesh does not require modifications to applications, web servers, or database servers, and works with closed-source applications and databases. Using two benchmarks representative of dynamic web sites, measurements of our prototype show that it can increase end-to-end throughput by as much as twofold for non-data intensive applications and by as much as tenfold for data intensive ones.

Tolia, Niraj and M. Satyanarayanan. WWW 2007 (2007). Articles>Web Design>Information Design>Databases

105.
#34240

XML Design for Relational Storage   (PDF)

Design principles for XML schemas that eliminate redundancies and avoid update anomalies have been studied recently. Several normal forms, generalizing those for relational databases, have been proposed. All of them, however, are based on the assumption of a native XML storage, while in practice most of XML data is stored in relational databases. In this paper we study XML design and normalization for relational storage of XML documents. To be able to relate and compare XML and relational designs, we use an information-theoretic framework that measures information content in relations and documents, with higher values corresponding to lower levels of redundancy. We show that most common relational storage schemes preserve the notion of being well-designed (i.e., anomalies- and redundancy-free). Thus, existing XML normal forms guarantee well-designed relational storages as well. We further show that if this perfect option is not achievable, then a slight restriction on XML constraints guarantees a “second-best” relational design, according to possible values of the information-theoretic measure. We finally consider an edge-based relational representation of XML documents, and show that while it has similar information-theoretic properties with other relational representations, it can behave significantly worse in terms of enforcing integrity constraints.

Kolahi, Solmaz and Leonid Libkin. WWW 2007 (2007). Articles>Information Design>XML>Databases

106.
#35048

Acrobat 9: PDF Data to Excel

Rather than exporting a whole document out of Acrobat, I'll focus on a table within a PDF page. Suppose you'd like to have this table's data in a spreadsheet so you can manipulate it. There's no need to retype the data into Excel. All you need to do is use Acrobat's Selection tool to highlight the content you wish to export.

Mankin, David R. Blogs.com (2009). Articles>Information Design>Databases>Adobe Acrobat

107.
#35119

Excel 2007 Quick Reference Card   (PDF)

A basic introduction to the new functions in Microsoft Excel 2007, which changed the user interface significantly from its earlier (2003) version.

CustomGuide (2009). Articles>Software>Databases>Microsoft Excel

108.
#35706

Top Five Best Database Management Tools new!

For a database administrator, DBM (database management) tools make tasks related to maintaining relational databases efficient and fast. Prior to the popularity of these tools, most DBA’s had to use the command line to create, edit, and delete databases. In this article, we present to you the top five most popular/most voted for database management tools.

Gube, Jacob. Six Revisions (2009). Articles>Information Design>Software>Databases

 
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