Extensible Data Format
In today's world, Extensible Data Format occupies a primary place in society. Its influence extends to various areas and its importance is evident in the impact it has on people's daily lives. From its origin to its evolution, Extensible Data Format has marked a before and after in history, generating debates, reflections and significant changes. In this article, we will explore the many facets of Extensible Data Format, analyzing its relevance and impact in different contexts. From its role in popular culture to its influence on the global economy, Extensible Data Format is presented as a topic of multidisciplinary interest that deserves to be examined in depth. Throughout the pages that follow, we will delve into a detailed analysis of Extensible Data Format, unraveling its implications and meaning in the contemporary world.
The Extensible Data Format (XDF) is an XML standard (specified as a DTD) developed by NASA, meant to be used throughout scientific disciplines. In many ways it is akin to XSIL, Extensible Scientific Interchange Language. NASA provides two XDF APIs, in Perl and in Java.
XDF is used to store high-dimensional data and information related to it in compact XML format. The purpose is to have interchangeable and high quality format that can be used as a main archive format for this kind of data.[1]
The XDF project and related development have been halted (2002,2006). The existing information have been archived to the UMD Astronomy Information and Knowledge Group site as a reference.[2][3]