SUMMARY |
THE NANSEN PROJECT
The purpose of this project is to build a database of some 3-4,000 digitized
pictures, making the Nansen collection available to the users while still
preserving the originals for posterity. Registration and search in the database
are facilitated through FotoMac, a Hypercard application. The project will
be completed by the spring of 1992 and cost a total of approx. NOK
900.000.
The Nansen collection is one of the most widely used sections of the Picture
Collection at the Oslo University Library. It contains some 8,000
photographs, prints and drawings of or by Fridtjof Nansen. The pictures
cover all parts of Nansen's adventurous life - his polar expeditions, his
humanitarian effort for starving Russians in the early 1920's and his later
political and diplomatic career. Nansen made conscious use of photography
for documentation, and the collection is therefore also a source of
information on the technical development of photography.
This material is in high demand by researchers, writers, journalist and by the
general public, which naturally leads to wear and tear. The Picture Collection
has acquired the Nansen material through a number of donations, and the
material has never been completely registered or prepared for storage and
use. When the project was initiated, the collection was in need of restoration.
Some pictures were obviously damaged already during the expeditions they
record, where conditions were hardly the best for delicate phographic
material. Others were damaged from contact with acidic paper and years of
storage under inferior conditions. In addition comes the strain on the material
from people searching through the originals for illustration material for
exhibitions or publications.
On this background the aim of the project is to preserve the material - while
also providing easier access. The University Library has much experience in
building databases, and in this case the electronic registration "cards" permit
access also to the digitized pictures they carry information about. However,
there are many practical and technical details to consider in a picture base
of this size.
HyperCard searches sequentially, card by card through the stack, and as
more pictures were registered, the search time increased. To speed up the
search, extra software (HyperKRS from KnowledgeSet Corp) was installed
to create an index of all words in the HyperCard stacks, which can now be
searched 60 times faster than originally.
The scanner had to be upgraded to recognize 256 grey tones, a degree of
solution made necessary by the quality of the pictures. Decisions also had to
be made regarding the future use of the digitized pictures. Most of the
pictures will be scanned with a solution of 75 points per inch, which
provides maximal computer screen solution, and only some 3-400 of the
most sought-after items will be scanned with 150 points per inch, to give
acceptable quality for some printing purposes. This distinction has been
made in order to reduce the need for storage capacity - since digitized
pictures represent a lot of information, and the higher the solution, the more
information. Without some form of compression the total picture collection
will demand 2.2 GBytes of storage capacity. The digitized pictures are at
present stored on optical disks.
2.2 GBytes is an impracticable amount of information to handle, so for
practical purposes the information will be compressed, presumably to about
600 MBytes, to be distributed to user points on a 5.25" magneto-optical disk.
Compression and decompression inevitably means losing some information.
Compression techniques, however, are rapidly improving, and therefore the
uncompressed digitized pictures will be stored so that they may be
compressed with improved techniques and reduced loss of information at a
later stage.
REPORT ON A COMPETENCE CENTRE FOR NORWEGIAN MUSEUMS
In 1987 the Board of the Association of Norwegian Museums for Art and
Social History (NKKM) raised the idea of establishing a joint centre of
competence for the member institutions. The centre would work within the
fields of computerization, nomenclature and the documentation of the present
time.
In the autumn of 1990 the board of NKKM applied to the Ministry of
Church and Culture for funding for a pilot project to work out the plans for
such a centre. The Ministry asked for a report on the demand for such a
centre for the entire field of Norwegian museums. This report, entitled
Institute for Museum Development: a Competence Centre for Norwegian
Museums, was presented to the Ministry of Culture in June 1991.
The report says that Norwegian museum staffs possess considerable
competence, and that many museums have highly specialized skills.
However, there is no organized cooperation, and therefore small exchange
of information. The establishment of a competence centre would mainly be
a means to make more efficient use of the existings competence.
By coordinating efforts and disseminating information and competence, the
centre would help avoid unnecessary duplication of development work, while
at the same time drawing on the competence and skills found in the
individual museums. The centre should assist the museums in developing
practical solutions which may help consolidate and coordinate the
professional milieus in order to strengthen their capacity.
The report recommeds that the centre be established in Oslo, making use of
the facilities already found at the Secretariat of NKKM. It suggests that the
Centre would need a minimum of 5 employees for development work and
7 employees for information and consultant work, and that the centre should
be financed by the Norwegian State. The centre should be started by 1
January 1992.
The report discusses various organisational models. One of these would be
to start by servicing the NKKM member institutions, and then negotiations
could be opened about the inclusion of other types of Norwegian museums.
This article presents multimedia applications in use at three institutions in
Denmark. The author defines multimedia as screen-based information
systems making use of text, numbers, sound, pictures and living video.
Pictures are important, but they are also problematic to handle, and therefore
the author turns to the museums to see what their experience is with large
quantities of digitized pictures.
The National Museum is one of the institutions that employs multimedia
technology for various purposes. One application concerns the museum's
collections of objects. 1 million objects were registered in protocols or on
cards, and the registered objects were safely stored away in depots: in
practice inaccessible to both researchers and museum personnel. By updating
the catalogues on computer, and storing pictures of the objects on video
disks, the museum has created an effective organisational tool, as well as a
good source of information for research.
As an example of a multimedia information system, the author points to the
National Museum's product on the Danish Liberation Struggle 1940-45,
which consists of 11,000 photographs and nine video sequences stored on a
video disk, and a computer control system to guide the viewer to exactly the
material of choice. This video disk has been on the market for more than a
year, and is sold to a number of schools in Scandinavia and to research
institutions in many parts of the world. People have objected to some of the
information presetned, and actually corrected the "official" versions of the
events.
The Royal Library in Copenhagen is planning a national picture database in
cooperation with Danmarks Radio: the purpose is to register and make
accessible large collections of pictures - about 10,000,000 items - which at
present are difficult to access: they are found in just one location,
Slotsholmen, and can be viewed only during opening hours and under ths
auspices of a museum consultant. An average of 60,000 such visitors are
guided through relevant collections every year, which naturally draws heavily
on the resources of the museum. Besides, searching, in this case means
leafing through the originals, provided they are available and registered.
In this situation a database of digitized pictures stored on some optical
storage medium will facilitate easy access, quick and efficient searches - and
geography is no hindrance.
The third case is taken from Telecom Denmark in T}strup, which is
developing a database of historical pictures showing the development of
tele-communications in Denmark.
These cases share common concerns for conservation, dissemination,
technology and economy.
New technology may definitely reduce the wear and tear on the original
photographic material through the creation of compupter registers with
digitized copies. Some kind of permanent storage for the original material
will still have to be found.
Dissemination is very well catered for by the new technology: it may give
the museum personnel a new, complete overview over the collections, and
visitors may freely search the entire picture base.
Technology: At present data bases of high-solution data bases are very
expensive. The best solutions seem to be central information data bases and
decentralized picture bases - the pictures stored on laser disks.
The most expensive element in creating picture data bases is still preparing
and registering the pictures, i.e. the manual labour. The technological
investment takes a smaller proportion of the budget the higher the number
of pictures to be entered.
A Scandinavian Culture-historical Network is now being established under
the coordination of the author. This network will center around the fields of
ethnology and folklore, where there is already an extensive Scandinavian
cooperation. The communicative basis will be national networks, which will
be made to function together as a means of professional communication
within Scandinavia. Naturally, there will also be access to the large
international networks.
The network will provide a number of services: access to bibliographic
database, conference, eletronic mail service, news, factual databases, articles,
reviews and bibliographic news. In the information society, the problem is
not to get access to information: the problem is rather to avoid the
unnecessary information. Hence, the material on the network will be edited,
abbreviated and registered such that the individual user may get just the
amount of information he desires. This service will be provided by the
editorial staff of Nord Nytt (the Scandinavian periodical for ethnology).
The main sources of material will be the larger institutions, but the network
will be open to all users. Two organisations for Scandinavian cooperation,
The Nordic institute of Folk Literature and the Nordic Work Group for
Ethnology and Folklore, will participate from the start, and Scandinavian
Bibliography of Ethnology will be made aceessible from an early point.
During the first year of the project, starting this fall, the organisation and
financial basis will be established and the practical arrangement for
machinery and software will be worked out. The work planned for the
second year includes working out editorial routines and accessing the
databases. After that the network will basically be operational. The pilot
project will run for one additional year, and the network will then be
evaluated before a decision is made about permenent operation.
A more complete presentation of the plans can be found in the article
Communication Network for researchers Within the Humanities, to be
published in Nordinfonytt.
A NORWEGIAN CENTRE FOR MUSIC TECHNOLOGY
In the spring of 1991 the committee for the establishment of a Norwegian
centre for music technology presented a revised report to the Ministry of
Culture and to the Ministry of Church, Education and Research. The
committee has been chaired by Arvid Vollsnes, University of Oslo.
Modern electro-acoustic technology has become an integrated part of the
current music scene, making up a natural and important part of practically
all types of modern music.
What we see on the surface is the use of a wide range of new electronic
instruments and auxiliaries appearing in the market and on stage. However,
the technology also represents a fundamental challenge - aesthetically,
professionally and socially:
Composers of all kinds of music are today making use of the new
technology, but they have not had professional training, and need the
opportunity to learn more about the technological possibilities.
There is a professional interest in doing reasearch in this type of music and
in psycho-acoustics. The pedagogical element needs to be strengthened. At
present interested young people know more about it than teachers and
pedagogical institutions. Finally, this is a field where modern communication
technology may make an important contribution, since electronic music may
be accessed via networks regardless of distances.
There is a large potential in this technology, which should be exploited fully,
to the advantage of all music milieus in Norway. The centre would
coordinating Norwegian expertise and competence in order to take charge of
the expansive development and to partake in deciding how it should
influence the music milieus.
Norwegian musical and artistic competence need to be strengthened in order
to preserve national characteristics. Norway may well be the only European
country which does not have a single dedicated studio for composers who
wish to work with electro-acoustic technology.
In order to achieve the best results it is important to invest in equipment and
develop knowledge and ideas. A Norwegian centre for music technology
would draw on Norwegian expertise in modern music technology, organize
courses and education, coordinate a Norwegian network of knowledge and
help create Norwegian contemporary music.
The committee proposes that the centre be established in Oslo, to facilitate
the cooperate with other centres that are concerned with new information
technology. The proposed centre should have a minimum of three employees,
and the committee recommends that the Norwegian government takes
economic responsibility for the enterprise.
CONCORDANCES AND LITTERATURE
In this article the author discusses the use of concordances for research and
teaching of literary texts. Literary studies make less use of computer-based
methods than many other disciplines within the humanities. The article
suggests that this may be due to the fact that the computer is ill suited as a
medium in the primary process of reading, experiencing and interpreting
literary texts.
However, the author maintains that the computer may be of help in the
secondary work of literary interpretation. When teacher or student is to
synthesize the literary experience and organise the elements of the text in
order to argue for a specific interpretation, concordancing software will find
ALL occurrences of key terms, and will make it easier to substantiate a
specific reading.
The article is based on work done with TACT, an indexing and concordance
program developed at Toronto University, and an electronic edition of the
works of Henrik Ibsen.
The article presents the results of a few searches in A Doll's House, showing
how these may be used in order to systematize themes and present a reading
of the play. For an understanding of the whole, one is still dependendent on
reading the complete text. And for that purpose, the author admits, the
old-fashioned book is still a more efficient medium.
A Doll's House is rather a short text: the author suggests that the method
would be even more appropriate, when applied to more extensive material.
NANSEN-PROSJEKTET
KONSERVERING AV OG EDB-TILGANG TIL FRIDTJOF NANSENS
BILDEARKIV
CONSERVATION OF AND COMPUTER ACCESS TO THE FRIDTJOF
NANSEN PICTURE COLLECTION
KOMITEINNSTILLING OM ET KOMPETANSESENTER FOR MUSEER
I NORGE
MULTIMEDIER PÅ MUSEER, BIBLIOTEKER OG ARKIVER
MULTIMEDIA IN MUSEUMS, LIBRARIES AND ARCHIVES
ET HUMANISTISK NETVÆRK
A HUMANIST NETWORKKOMITEINNSTILLING OM ET NORSK MUSIKKTEKNOLOGISK
SENTER
ET KONKORDANS-PROGRAM SOM HJELPEMIDDEL I
LITTERATURFORSKNING OG LITTERATURUNDERVISNING