RSS is a family of XML-based Web feed formats used to publish frequently updated works such as blog entries, news headlines, audio, and video in a standardized format. An RSS document (which is called a "feed" or "channel") includes full or summarized text plus metadata such as publishing dates and authorship. Web feeds benefit publishers by letting them syndicate content quickly and automatically. They benefit readers who want to subscribe to timely updates from favored websites or to aggregate feeds from many sites into one place.
RSS stands for Really Simple Syndication (depending on who you believe). If you don't know what it is, you had best grow a brain about it tout de suite.
Simply put RSS is an XML application for simple web feed syndication and content subscriptions. Let's say you have content on your site that you want to feed, or make available for other sites. This is known as web syndication. Most commonly this takes the form of sharing news headlines, product releases, or some similar timely content. RSS provides a standardized method for web sites to use when creating these feeds.
Syndication systems on the Web have attracted vast amounts of attention in recent years. As technologies have emerged and matured, there has been a transition to more expressive syndication approaches; that is, subscribers and publishers are provided with more expressive means of describing their interests and published content, enabling more accurate information ﬁltering. In this paper, we formalize a syndication architecture that utilizes expressive Web ontologies and logic-based reasoning for selective content dissemination. This provides ﬁner grained control for ﬁltering and automated reasoning for discovering implicit subscription matches, both of which are not achievable in less expressive approaches. We then address one of the main limitations with such a syndication approach, namely matching newly published information with subscription requests in an efficient and practical manner. To this end, we investigate continuous query answering for a large subset of the Web Ontology Language (OWL); speciﬁcally, we formally deﬁne continuous queries for OWL knowledge bases and present a novel algorithm for continuous query answering in a large subset of this language. Lastly, an evaluation of the query approach is shown, demonstrating its effectiveness for syndication purposes.
For the last 19 years, Keith Moore has hosted a conference in Philadelphia, Pennsylvania, called "How Colleges and Universities Can Obtain National (and Regional) Publicity." In a sign of the times, this year's conference included a session in which we focused not on getting into the major mass media, but on the capabilities of the machines that sit on our desktops. In short, we looked at the evolving world of so-called "micro media," tools that are enabling us to create new online communities in ways never before possible.
Atom is really two different things, both related to syndication (blogs, newsfeeds, and other information which gets updated periodically). The Atom Syndication Format is an IETF standard for publishing entries (single topics or items) and feeds (collections of topics or items). The Atom Publication Protocol (sometimes called the Atom API or abbreviated APP) is a means for finding, listing, adding, editing, and removing content from an Atom repository. While Atom the Syndication Format has gone through the IETF process to become a standard, the standards committee is still at work on Atom the Publishing Protocol, although it seems likely that much of it has stabilized at this point.
I have always been bothered by how difficult it is to subscribe to RSS/Atom feeds. Consider the user experience -- Someone sees an orange button with an unfamiliar acronym, they click it, and the browser starts spewing undecipherable code.
RSS, also known as rich site summary or real simply syndication, arrived on the scene a number of years ago, but was only recently embraced by webmasters as a means to effectively syndicate content. RSS Feeds provide webmasters and content providers an avenue to provide concise summaries to prospective readers. Thousands of commercial web sites and blogs now publish content summaries in an RSS feed. Each item in the feed typically contains a headline; article summary and link back to the online article.
I’ve now seen firsthand that RSS feedreaders, or news aggregators, truly can provide the ability to literally scan hundreds of site updates and headlines in a matter of seconds, letting me know when those sites have updated posts or news. Depending on the software used, the user can be notified by a bubble popping up, a sound, or the headlines appearing in a list with a right click mouseover on the aggregator’s system tray icon, for example.