raphics, such as illustrations or diagrams, appear in many different kinds of text, and often with different purposes. In some cases, the graphic is an integral part of a text (indeed, some texts — comic books for example — may be almost entirely graphic); in others the graphic may be a kind of optional extra
This paper explores how modern technologies like cloud-services and mobile
devices can improve existing transcription methods. After a brief exploration of
existing projects in the field of access, organisation, transcription and analysis of
digital representations of cultural heritage, this paper introduces a new approach,
unlike XML technology, to TEI data storage and organisation
The New Zealand Electronic Text Centre collections provide open access to significant New Zealand and Pacific Island texts and materials.
This encompasses both digitised heritage material and born-digital resources. The collections contain over 2,600 texts (around 65,000 pages) which are made available in several formats and, where possible, under a Creative Commons license.
The overall price of your project is determined using our price matrix. This involves three characteristics: typeface, legibility, and condition. A text that uses a standard modern or equivalent typeface is easier to digitize than a text that uses an obscure or difficult to decipher typeface or handwriting. Likewise, a text that is clear and uses a minimal number of character sets, or a text on pages that are not marred by physical damage such as smudges, tears, or unusual textual features, will be easier to digitize than a smudged text on worn pages. Learn more about the types of documents that can be submitted.
help support a visual editing paradigm that provides computational support for editing cultural heritage documents while requiring minimal formalization early in the research process. Kiernan (2007) is careful to distinguish between image-based scholarly editions and ‘plain old facsimiles’
The aim of the AustESE project is to develop a set of interoperable services to support the production of electronic scholarly editions by distributed collaborators in a Web 2.0 environment. This sandbox provides an environment for developing and trialling the AustESE workbench.
U. Borghoff, P. Rödig, and J. Scheffczyk. Springer-Verlag Berlin Heidelberg, Online-Ausg. edition, (2006)by Uwe M. Borghoff, Peter Rödig, Lothar Schmitz, Jan Scheffczyk.
A. Aschenbrenner, M. Kuster, C. Ludwig, and T. Vitt. Digital Ecosystems and Technologies, 2009. DEST '09. 3rd IEEE International Conference on, page 745 -750. (June 2009)