Paul Outlet
History:
PAUL OTLET an analog version of Google. The Man Who Wanted to Classify the World
Networked Knowledge, Decades Before Google
By Meike Laaff
He dreamed of a "mechanical, collective brain" and his complex system for indexing information
could
be considered an analog version of Google. Belgian lawyer and librarian Paul Otlet died in 1944, poor and
disillusioned. But his work is now being looked at in a whole new light.
Info The world's first search engine is made of wood and paper.
Specifically, it consists of rows of dark brown cabinets about as tall as a person, filled with boxes of
index
cards. "Sixteen million index cards," notes Jacques Gillen, laying one hand on a cabinet handle.
Gillen is an archivist at the Mundaneum, the institution that operated this gigantic catalogue in the 1920s.
Inquiries came into Brussels by letter or telegram, as many as 1,500 of them a year, and the answers were
then
found by hand, a process that sometimes took weeks. The project was something like a paper Google, but
developed decades before the Internet and without the benefit of computers.
Belgian librarian Paul Otlet created the Mundaneum. A trained lawyer from a wealthy family, Otlet wanted to
map out the world's knowledge and preserve it in his wooden cabinets. He envisioned collecting all of
the
books ever published and interlinking them using an archival system he developed himself.
Gillen, the archivist, fishes an index card out of a box. From the jumble of numbers written on the card, he
can decipher dozens of pieces of information about the book to which the card refers. Many modern
researchers
agree that with this archival system, developed around the turn of the last century, Otlet essentially
invented hypertext, the network of links that help us navigate around the Internet today. "You could
call
Otlet one of the original minds behind the Internet," Gillen says, placing the card back in its
box.
A Global Knowledge 'Network'Otlet first developed the idea of
a
global knowledge "network" in 1934. At a time when radio and television were still in
their infancy, he tried to develop multimedia concepts to improve opportunities for cooperation among
researchers. Otlet wrestled with the question of how to make knowledge accessible across great distances. He
used a combination of index cards, telephones and other equipment to approximate what is possible today with
any computer.
Similarly, without the aid of electronic data processing, Otlet developed ideas whose application we know
today under names such as Web 2.0 and Wikipedia. Yet Otlet's name and his work are largely forgotten.
Americans Vannevar Bush, Ted Nelson and Douglas Engelbart are considered the minds behind hypertext
and the Internet, while the remains of the Mundaneum collection spent decades rotting in
dilapidated attics.
The Mundaneum began in the early 20th century as a dazzling success story. Otlet and his colleague Henri La
Fontaine, who later won a Nobel Peace Prize, had been working on the project since 1895. The Mundaneum,
which
opened its doors in 1920 in a grand building in the heart of Brussels, was a mixture of public museum and
meeting place for scholars, with an enormous catalogue of information, as well as an archive.
The archive contained not only books, but also countless newspapers, posters and more than 200,000
postcards,
as well as samples of everything from airplanes to telephones. There was so much material that it soon
threatened to overwhelm the project. But Otlet and his colleagues were on a mission, convinced that the
global
dispersal of knowledge could promote peace. To these ends, they worked in close collaboration with other
research institutions abroad. A Paperless Way of Spreading Information
Alongside his passion for collecting, Otlet worked on new ideas for the paperless dissemination of
knowledge.
He saw books as nothing more than "containers for ideas," ones which could be replaced by more
practical media, for example graphics and diagrams, of which he himself produced countless examples. These
saved space because they could be recorded on microfilm, and had the added benefit of being internationally
comprehensible. Otlet also hoped to use audio and film to make it possible to transport information faster,
further and more easily.
Otlet collected all of these ideas in his 400-page book "Trait de documentation." He laid out the
concept of an academic conference that could be broadcast by telephone, and wondered, "Why not send
images, too? It could be called 'radio telephotography!'" Otlet also saw gramophones as a way
to
archive and reproduce spoken information. "We recently found a text written in 1907, in which he talks
about mobile telephones," Gillen says, as he gingerly packs away Otlet's fragile original
outlines.
Radio, at the time a new medium, was especially fascinating for Otlet because of its ability to transmit
information wirelessly across long distances and to reach an unlimited number of receivers. For him, it was
one step toward fulfilling the dream he formulated in 1934 for a "universal network that would allow
the
unrestricted dissemination of knowledge."
Anyone sitting at home "in an armchair," Otlet suggested, would be able to access the current
state
of global knowledge. Developments anywhere in the world could be recorded as soon as they happened, "in
this way becoming a flexible image of the world, its mind, its true duplicate." Otlet described this as
a
"mechanical, collective brain."
A Loss of Funding and the Nazi Invasion Despite these visionary ideas,
Otlet's Mundaneum suffered a harsh setback in 1934 when it was forced to close after its financial
backers
in the Belgian government lost interest in the project. When the Nazis marched into Brussels in 1940, they
removed the collection from the "Palais Mondial" in the city's center and exhibited Nazi
artwork
there instead.
Otlet's vision of peace through knowledge had failed and he died in 1944, impoverished and bitter. It
wasn't until 1968 that American researcher W. Boyd Rayward discovered parts of the collection. Rayward
researched further, eventually managing to reopen the Mundaneum in 1998, on a somewhat smaller scale and
located in the provincial town of Mons, about 30 kilometers (19 miles) outside of Brussels. Here, archivist
Gillen and his colleagues are still sorting through masses of documents that amount to six kilometers (four
miles) of archival material.
More than 60 years after his death, many of Otlet's ideas have become reality, and researchers and
Internet experts are taking an interest in his thoughts on the "mechanical brain." Otlet's
conception of a dynamic body of global knowledge, one which requires constant additions and is shaped
collectively, bears clear similarities to the concept behind the online encyclopedia Wikipedia. Similarly,
Otlet had thoughts on how to incorporate into his networked catalogue of knowledge different annotations
that
would correct mistakes or reveal contradictions.
Charles van den Heuvel at the Royal Netherlands Academy of Arts and Sciences, though, warns against warns
against such comparisons. According to van den Heuvel's interpretation, Otlet was proposing a system in
which knowledge would be laid out hierarchically; only a small group of scholars would organize the
information, and changes and annotations would not be blended into existing information, as Wikipedia does,
but would complement them.
A Semantic Network? Otlet's proposed network far surpassed the World Wide
Web with its hypertext structure. Otlet didn't just want to connect various pieces of data with one
another, he also wanted the links themselves to carry meaning. Many experts agree that Otlet's idea
demonstrates many parallels to the concept of a "semantic network," which aims to make it possible
for computers to utilize the actual meaning of data, allowing them to interpret information and process it
automatically. Projects attempting to create a semantic network could benefit from a look at Otlet's
ideas
and at his thoughts on hierarchy and centralization in this context, van den Heuvel suggests. The staff at
the
Mundaneum in Mons is currently digitalizing Otlet's work, in order to make it available online. This
process may take quite a long time, Gillen warns, but when it's done Otlet's vision will finally
come
true -- his collection of knowledge will be available to the world, paperless and open to all. Translated
from
the German by Ella Ornstein
http://www.spiegel.de/international/world/0,1518,775951,00.html#ref=nlint
But his most amazing invention (in retrospect) was his invention of hypertext,
multi-media, and the web. He didn't use these words of course. He called it the
International Network for Universal Documentation. In his 1934 "Treatise of Documentation" or
"The book on the book" he lays it out:
Before our very eyes an immense machinery for intellectual work is being constructed. This machinery will serve as a veritable mechanical and collective brain. A universal publication system condensing all of the fragmentary and individual data and kept constantly up to date must be assembled for each branch of the sciences and other activities. This network must link production centers distributors and users. Any person with data to be made known or propositions to present or defend will be able to do so. Or with a minimum of effort and a guarantee of quality safety will be able to obtain any information.
His concept of hyperlinking is illustrated in the film in this YouTube clip from this film:
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Otlet outlined these grand visions of easily accessible knowledge and interconnected data many decades
before
Vannevar Bush and Ted Nelson first articulated them. And more importantly, he actually
built an analog hypertext system. As this really amazing film makes clear, he collected and cataloged as
much
of the world's bibliographic knowledge as he could and then cross-indexed it. Rows and rows of card
trays.
At his peak he had 17 million index cards, and a system of search and retrieval.
Later in the same monograph Otlet writes, "Phonographs, radio, television, telephone -- these
instruments
taken as substitutes for the book will in fact become the new book, the most powerful work for the diffusion
of human thoughts. This will be the radiated library, and the televised book."
The universal book was a part of the universal city, which was a part of the universal repository of all
human
knowledge, or what he called the Mundaneum. This was
to
contain, "All books, all articles, all memories, all published information. These would become
chapters,
sections, lines of a single and immense book, the book of universal science. It is this one book made up of
individual books that must be made available to all."
Still his vision expanded. "This connection would be unaffected by distance ... and would become an
annex
to the brain, a sort of appended exodermic organ." Information architect Alex Wright calls Otlet our
"forgotten forefather." He offers a great closing quote from Otlet:
Everything in the universe, and everything of man, would be registered at a distance as it was produced. In this way a moving image of the world will be established, a true mirror of his memory. From a distance, everyone will be able to read text, enlarged and limited to the desired subject, projected on an individual screen. In this way, everyone from his armchair will be able to contemplate creation, as a whole or in certain of its parts.
Otlet's early universalism was part of the reason he became forgotten and obscure. When the Nazis
invaded
Belgium in WWII they were intensely skeptical of his pacifism and internationalism. They destroyed his
archive. Because he wrote in French, and none of his major works have yet been translated into English, his
work was never part of the standard English history of the web.
This short film will help to change that. A shorter
documentary in French and English by his biographer, W. Boyd Raward, are available for free streaming
on
Open Source Movies, gives a few additional details of how his system worked, but this story is incomplete.