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'Hypertext' most often refers to text on a computer that will lead the user to other, related information on demand. Hypertext represents a relatively recent innovation to user interfaces, which overcomes some of the limitations of written text. Rather than remaining static like traditional text, hypertext makes possible a dynamic organization of information through links and connections (called hyperlinks). Hypertext can be designed to perform various tasks; for instance when a user "clicks" on it or "hovers" over it, a bubble with a word definition may appear, or a web page on a related subject may load, or a video clip may run, or an application may open.

Contents

Etymology

Types and uses of hypertext

History

Early precursors to hypertext

The Memex

The invention of hypertext

Applications

Hypertext and the World Wide Web

Implementations

Academic conferences

Hypertext fiction

Critics and theorists

See also

References

External links

Etymology

The prefix 'hyper-' (Modern Greek term for "over" or "beyond") signifies the overcoming of the old linear constraints of written text. The term "hypertext" is often used where the term hypermedia might seem appropriate; the two have always been synonymous but "hypertext" is grammatically simpler.

Types and uses of hypertext

Hypertext documents can either be static (prepared and stored in advance) or dynamic (continually changing in response to user input). Static hypertext can be used to cross-reference collections of data in documents, software applications, or books on CD. A well-constructed system can also incorporate other user-interface conventions, such as menus and command lines. Hypertext can develop very complex and dynamic systems of linking and cross-referencing. The most famous implementation of hypertext is the World Wide Web.

History

Early precursors to hypertext

Recorders of information have long looked for ways to categorize and compile it. Early on, experiments existed with various methods for arranging layers of annotations around a document. The most famous example of this is the Talmud. Various other reference works (for example dictionaries, encyclopedias, etc.) also developed a precursor to hypertext, consisting of setting certain words in small capital letters, indicating that an entry existed for that term within the same reference work. Sometimes the term would be preceded by a pointing hand dingbat, ☞like this, or an arrow, ➧like this.
Later several scholars entered the scene who believed that humanity was drowning in information, causing foolish decisions and duplicate efforts among scientists. These scholars proposed or developed proto-hypertext systems predating electronic computer technology. For example, in the early 20th century, two visionaries attacked the cross-referencing problem through proposals based on labor-intensive, brute force methods. Paul Otlet proposed a proto-hypertext concept based on his monographic principle, in which all documents would be decomposed down to unique phrases stored on index cards. In the 1930s, H.G. Wells proposed the creation of a World Brain.
Michael Buckland summarizes the very advanced pre-World War II development of microfilm based rapid retrieval devices, specifically the microfilm based workstation proposed by Leonard Townsend in 1938 and the microfilm and photoelectronic based selector, patented by Emmanuel Goldberg in 1931.^[1]. Buckland concludes: "The pre-war information retrieval specialists of continental Europe, the 'documentalists,' largely disregarded by post-war information retrieval specialists, had ideas that were considerably more advanced than is now generally realized." But, like the manual index card model, these microfilm devices provided rapid retrieval based on pre-coded indices and classification schemes published as part of the microfilm record without including the link model which distinguishes the modern concept of hypertext from content or category based information retrieval.

The Memex

All major histories of what we now call hypertext start in 1945, when Vannevar Bush wrote an article in ''The Atlantic Monthly'' called "As We May Think," about a futuristic device he called a Memex. He described the device as a mechanical desk linked to an extensive archive of microfilms, able to display books, writings, or any document from a library. The Memex would also be able to create 'trails' of linked and branching sets of pages, combining pages from the published microfilm library with personal annotations or additions captured on a microfilm recorder. Bush's vision was based on extensions of 1945 technology - microfilm recording and retrieval in this case. However, the modern story of hypertext starts with the Memex because "As We May Think" directly influenced and inspired the two American men generally credited with the invention of hypertext, Ted Nelson and Douglas Engelbart.

The invention of hypertext

Ted Nelson coined the words "hypertext" and "hypermedia" in 1965 and worked with Andries van Dam to develop the Hypertext Editing System in 1968 at Brown University. Engelbart had begun working on his NLS system in 1962 at Stanford Research Institute, although delays in obtaining funding, personnel, and equipment meant that its key features were not completed until 1968. That year, Engelbart demonstrated a hypertext interface to the public for the first time, in what has come to be known as "The Mother of All Demos".
Funding for NLS slowed after 1974. Influential work in the following decade included NoteCards at Xerox PARC and ZOG at Carnegie Mellon. ZOG started in 1972 as an artificial intelligence research project under the supervision of Allen Newell, and pioneered the "frame" or "card" model of hypertext. ZOG was deployed in 1982 on the U.S.S. Carl Vinson and later commercialized as Knowledge Management System. Two other influential hypertext projects from the early 1980s were Ben Shneiderman's The Interactive Encyclopedia System (TIES) at the University of Maryland (1983) and Intermedia at Brown University (1984).

Applications

The first hypermedia application was the Aspen Movie Map in 1977. In 1980, Tim Berners-Lee created ENQUIRE, an early hypertext database system somewhat like a wiki. The early 1980s also saw a number of experimental hypertext and hypermedia programs, many of whose features and terminology were later integrated into the Web. Guide was the first hypertext system for personal computers.
In August 1987, Apple Computer revealed its HyperCard application for the Macintosh line of computers at the MacWorld convention in Boston, Massachusetts. HyperCard was an immediate hit and helped to popularize the concept of hypertext with the general public. The first hypertext-specific academic conference took place in November 1987, in Chapel Hill NC.
Meanwhile Nelson, who had been working on and advocating his Xanadu system for over two decades, along with the commercial success of HyperCard, stirred Autodesk to invest in Nelson's revolutionary ideas. The project continued at Autodesk for four years, but no product was released.

Hypertext and the World Wide Web

In the late 1980s, Berners-Lee, then a scientist at CERN, invented the World Wide Web to meet the demand for automatic information-sharing among scientists working in different universities and institutes all over the world.
Then in early in 1993, the National Center for Supercomputing Applications (NCSA) at the University of Illinois released the first version of their Mosaic web browser to supplement the two existing web browsers: one that ran only on NeXTSTEP and one that was only minimally user-friendly. Mosaic ran in the X Window System environment, which was then popular in the research community, and offered usable window-based interaction. It allowed images^[2] as well as text to anchor hypertext links. It also incorporated other Internet protocols, including the Gopher protocol.^[3]
After the release of web browsers for both the PC and Macintosh environments, traffic on the World Wide Web quickly exploded from only 500 known web servers in 1993 to over 10,000 in 1994. Thus, all earlier hypertext systems were overshadowed by the success of the web, even though it lacked many features of those earlier systems, such as typed links, transclusion, and source tracking.

Implementations

Besides the already mentioned Project Xanadu, Hypertext Editing System, NLS, HyperCard, and World Wide Web, there are other noteworthy early implementations of hypertext, with different feature sets:

★ FRESS — A 1970s multi-user successor to the Hypertext Editing System.

★ Electronic Document System — An early 1980s text and graphic editor for interactive hypertexts such as equipment repair manuals and computer-aided instruction.

★ Information Presentation Facility — Used to display online help in IBM operating systems.

★ Intermedia — A mid-1980s program for group web-authoring and information sharing.

★ Storyspace — A mid-1980's program for hypertext narrative.

★ Texinfo — The GNU help system.

★ XML with the XLink extension — A newer hypertext markup language that extends and expands capabilities introduced by HTML.

★ MediaWiki, the system that powers Wikipedia, and other wiki implementations — Relatively recent programs aiming to compensate for the lack of integrated editors in most Web browsers.

★ Microsoft Word — A document editor that has evolved from paper-only to in-computer documents using hyperlinks.

★ Adobe's Portable Document Format — A widely used publication format for electronic documents including links.

★ Windows Help

Academic conferences

Among the top academic conferences for new research in hypertext is the annual ACM Conference on Hypertext and Hypermedia (HT 2006). Although not exclusively about hypertext, the World Wide Web series of conferences, organized by IW3C2, include many papers of interest. There is a list on the web with links to all conferences in the series.

Hypertext fiction

''See main article Hypertext fiction''
Hypertext writing has developed its own style of fiction, coinciding with the growth and proliferation of hypertext development software and the emergence of electronic networks. Two software programs specifically designed for literary hypertext, ''Storyspace'' and Intermedia became available in the 1990s.
''Storyspace 2.0'', a professional level hypertext development tool, is available from Eastgate Systems, which has also published many notable works of electronic literature, including Michael Joyce's ''afternoon, a story'', Shelley Jackson's ''Patchwork Girl'', Stuart Moulthrop's ''Victory Garden'', and Judy Malloy's ''its name was Penelope''. Other works include Julio Cortazar's ''Rayuela'' and Milorad Pavic's ''Dictionary of the Khazars''.
An advantage of writing a narrative using hypertext technology is that the meaning of the story can be conveyed through a sense of spatiality and perspective that is arguably unique to digitally-networked environments. An author's creative use of nodes, the self-contained units of meaning in a hypertextual narrative, can play with the reader's orientation and add meaning to the text.
Critics of hypertext claim that it inhibits the old, linear, reader experience by creating several different tracks to read on, and that this in turn contributes to a postmodernist fragmentation of worlds. However, they do see its value in its ability to present several different views on the same subject in a simple way.^[4]

Critics and theorists

★ Jay David Bolter

★ Robert Coover

★ J. Yellowlees Douglas

★ N. Katherine Hayles

★ Michael Joyce

★ George Landow

★ Lev Manovich

★ Stuart Moulthrop

★ Ted Nelson

See also

★ Timeline of hypertext technology

★ HTML (HyperText Markup Language)

★ Hypercomics

References

1. Buckland, Michael K. "Emanuel Goldberg, Electronic Document Retrieval, And Vannevar Bush's Memex"
2. http://1997.webhistory.org/www.lists/www-talk.1993q1/0260.html
3. http://1997.webhistory.org/www.lists/www-talk.1993q1/0261.html
4. http://www.acs.ucalgary.ca/~scriptor/papers/arthur.html


★

★ Writing Space: Computers, Hypertext, and the Remediation of Print, , Jay David, Bolter, Lawrence Erlbaum Associates, 2001, ISBN 0-8058-2919-9

★ Emanuel Goldberg and His Knowledge Machine, , Michael, Buckland, Libraries Unlimited, 2006, ISBN 0-31331-332-6

★ Built by association, , T. J., Byers, PC World, April 1987

★ "Hypertextuality", , Sergio, Cicconi, Mediapolis. Ed. Sam Inkinen. Berlino & New York: De Gruyter., 1999

★ Extending the boundaries of instruction and research, , Gregory, Crane, T.H.E. Journal (Technological Horizons in Education), 1988

★

★ Electric Language: A Philosophical Study of Word Processing, , Michael, Heim, Yale University Press, 1987, ISBN 0-300-07746-7

★ Hypertext 3.0 Critical Theory and New Media in an Era of Globalization: Critical Theory and New Media in a Global Era (Parallax, Re-Visions of Culture and Society), , George, Landow, The Johns Hopkins University Press, 2006, ISBN 0-8018-8257-5

★

★ No More Teachers’ Dirty Looks, , Theodor H., Nelson, Computer Decisions, September 1970

★

★ Hypertext: '87 keynote address, , Andries, van Dam, Communications of the ACM, July 1988

★ Creating hypermedia materials for English literature students, , Nicole, Yankelovich, SIGCUE Outlook, 1987

External links

★ A theoretical discusion about hypertext

★ Hypertext: Behind the Hype

★ Reviving Advanced Hypertext (whether and how concepts from hypertext research can be used on the Web)
'History'

★ Historical Overview of Hypertext

★ The first use of ''hypertext'' (?) - TIFF image

★ A Brief History of Human Computer Interaction Technology
'Hypertext Conferences'

★ Ed-Media World Conference on Educational Multimedia, Hypermedia, and Telecommunications

★ The ACM Conference on Hypertext and Hypermedia
'Hypertext Fiction'

★ The Shaping of Hypertextual Narrative (by Sergio Cicconi)]

★ Electronic Literature Organization (for more on hypertext literature)

★ Dichtung Digital. Journal for Digital Aesthetics. (Texts in English and German). Editor Roberto Simanowski.