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2016, Information Services & Use
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8 pages
1 file
Academic publications and pedagogy have been deeply reconfigured by the emergence of a new kind of knowledge produced by multimodal literacies (text, image and sound together). Academic publishing needs a digital multimedia editing platform, that can be carefully edited and quoted in details, in the same way that printed sources are. Consequently, the Swiss Institute of Bioinformatics (Vital-IT, Lausanne, CH) is developing such a platform with the "eTalks". The eTalks application is implemented via an easy-to-use editor interface, designed for the use of researchers themselves, to create and edit original eTalks. This permits the linking together of images, sounds and textual materials with hyperlinks, enriching it with relevant information. The final release of eTalks allows complete 'citability' of its contents: each and every portion of the researchers' talks can be precisely referred to and thus cited with a specific identifier, just like any traditional, paper-based academic publication but with all the potential for plural literacies. It is openly accessible and the code is open source, including guidelines to install the eTalks. It is notably developed in collaboration with the Erasmus+ project #dariahTeach. The DRM (Digital Right Management) is a key issue in such an open access editing platform.
2015
The eTalks are a new digital multimedia editing plaform developed at the University of Lausanne: their application is implemented via an easy-to-use editor interface, designed for the use of researchers themselves, to create and edit original eTalks. This permits the linking together of images, sounds and textual materials with hyperlinks, enriching it with relevant information. The final release of eTalks allows complete ‘citability’ of its contents: each and every portion of the researchers' talks can be precisely referred to and thus cited with a specific identifier, just like any traditional, paper-based scientific publication but with all the potential for plural literacies. It is openly accessible and the code is open source, including guidelines to install the eTalks. It contributes to the development of multiliteracies in the digital academic production of knowledge.
2016
Digital Humanities, as a scientific field, can be seen as a boundary discipline that requires cooperation and common agreements and views among many scientific communities (del Río Riande, 2016). There are some tools that facilitate communication and understandings across different areas and even projects. These are what in sociology have been called as boundary objects, described by Star & Griesemer in this way:
International Conference on Electronic Publishing, 2006
The manner in which scholarly research is conducted is changing rapidly. This is most evident in Science and Engineering, but similar revolutionary trends are becoming apparent across disciplines. Improvements in computing and network technologies, digital data capture techniques, and powerful data mining techniques enable research practices that are highly collaborative, network-based, and data-intensive. These dramatic changes in the nature of scholarly research require corresponding fundamental changes in scholarly communication. The established scholarly communication system has not kept pace with these revolutionary changes in research practice and has not capitalized on the immense capabilities offered by the digital, networked environment. In essence, the current electronic scholarly communication system is a scanned copy of its paper-based predecessor upon which a thin layer of cross-venue interoperability has been overlaid. The time has come to design and deploy the innately digital scholarly communication system that scholars deserve, and that is able to capture the digital scholarly record, make it accessible, and preserve it over time.
2018
Big-scale infrastructure projects in the humanities and social sciences such as the Digital Research Infrastructure for the Arts and Humanities (DARIAH) (Edmond et al., 2017), or the Common Language Resources and Technology Infrastructure (CLARIN) (Hinrichs and Krauwer, 2014) aim to provide solutions for both preservation and access to collections and data necessary for scholarly research (Zundert, 2012). Some infrastructure projects build decentralized “atomic” software services, e.g., as in the LLS infrastructure project (Buchler et al., 2016), while others prefer to build more centralized virtual research environments, as in the European Holocaust Research Infrastructure (EHRI) (Lauer, 2014). Also, even within a single infrastructure project, these two models can coexist. This is the case of the CLARIAH infrastructure, where different approaches have been taken to date for serving different user groups, i.e., several specialized tools for linguists (Odijk, Broeder & Barbiers, 201...
2014
eScience and the Humanities Abstract Humanists face problems that are compara-ble to their colleagues in the sciences. Like scientists, humanists have electronic sources and datasets that are too large for traditional labor intensive analysis. They also need to work with materials that presuppose more background knowledge than any one researcher can mas-ter: no one can, for example, know all the languages needed for subjects that cross multiple disciplines. Un-like their colleagues in the sciences, however, humanists have relatively few resources with which to develop this new infrastructure. They must therefore systematically cultivate alliances with better funded disciplines, learn-ing how to build on emerging infrastructure from other disciplines and, where possible, contributing to the de-sign of a cyberinfrastructure that serves all of academia, including the humanities.
BiD: Textos Universitaris de Biblioteconomia i Documentació, 2015
Scientific publications point to many associated resources, including videos, prototypes, slides, and datasets. However, discovering and accessing these resources is not always straightforward: links could be broken, readers may be offline, or the number of associated resources might make it difficult to keep track of the viewing order. In this paper, we explore potential integration of such resources into the digital version of a scientific publication. Specifically, we evaluate the most common scientific publication formats in terms of their capability to implement the desirable attributes of an enhanced publication and to meet the functional goals of an enhanced publication information system: PDF, HTML, EPUB2, and EPUB3. In addition, we present an EPUB3 version of an exemplary publication in the field of computer science, integrating and interlinking an explanatory video and an interactive prototype. Finally, we introduce a demonstrator that is capable of outputting customized scientific publications in EPUB3. By making use of EPUB3 to create an integrated and customizable representation of a scientific publication and its associated resources, we believe that we are able to augment the reading experience of scholarly publications, and thus the effectiveness of scientific communication.
Linköping Electronic Conference Proceedings, 2021
In 2000 the Wittgenstein Archives at the University of Bergen (WAB) published the CD-ROM edition of Wittgenstein's Nachlass: The Bergen Electronic Edition (BEE). However, since the publication, it has become increasingly obvious that this edition does not meet all demands of the community that uses Wittgenstein's manuscripts (his "Nachlass") for research and learning. WAB has, therefore, for more than a decade now worked towards complementing the static CD-ROM edition with an interactive web platform that allows a more comprehensive, yet also a more tailored and user-specific utilization, of WAB's Nachlass resources. The paper describes and discusses two specific web service tools of this platform: Interactive Dynamic Presentation (IDP) of the Wittgenstein Nachlass, and Semantic Faceted Search and Browsing (SFB) of Wittgenstein metadata. The paper argues that it is only when these two tools are fully implemented and functional that WAB can adequately serve the scholarly needs of the Wittgenstein Nachlass user community. The paper describes some selected features and functionalities of these two tools in detail. While pilot versions of both tools are already in use on the platform, they need substantial extension and optimization. This upgrade is being implemented within the Norwegian CLARINO+ project. 1 Data and Metadata for Use of Wittgenstein in Research and Education During his lifetime, the Austrian-British philosopher Ludwig Wittgenstein (1889-1951) published only one philosophical book, the Logisch-philosophische Abhandlung / Tractatus logicophilosophicus (1 st ed. 1921/22), and a Dictionary for Elementary Schools (1 st ed. 1926). However, on his death in 1951, he left behind a significant 20,000 page corpus of unpublished philosophical notebooks, manuscripts, typescripts and dictations. This oeuvre, called "the Wittgenstein papers" or "Wittgenstein's Nachlass" (von Wright, 1969), was early recognized to be one of the most important philosophy archives of all times. It was subsequently brought to the wider public through posthumous book publications such as Philosophical Investigations (1 st ed. 1953) and Culture and Value (1 st ed. 1977). The practice of bringing the Nachlass to digital users reached its first milestone in 1998 with Vol. 1 of the Bergen CD-ROM edition Wittgenstein's Nachlass: The Bergen Electronic Edition (BEE; Wittgenstein, 2000), edited by the Wittgenstein Archives at the University of Bergen (WAB, http://wab.uib.no/). 1 The edition became notable for creating unprecedented new access and research possibilities (Meschini, 2020, ch. 4). Since its establishment in 1990, WAB has worked towards providing digital data and metadata for using the Wittgenstein Nachlass in research and education (Huitfeldt, 2006). This includes the creation of machine-readable transcriptions with specialized markup. The transcriptions were originally produced in MECS-WIT (Huitfeldt, 1994). But at present they are maintained in XML TEI format (Pichler, 2010). XML TEI transcription samples of 5000 Nachlass pages were made available CC BY-NC 4.0 on WAB's website within the This work is licenced under a Creative Commons Attribution 4.
CUKUROVA 5th INTERNATIONAL SCIENTIFIC RESEARCHES CONFERENCE, 2020
Since the early 90's, the TEI (Textual Encoding Initiative) has been trying to establish standards for encoding transcriptions. TEI uses XML (extensible markup language) as technology which employs tags to represents the elements that define the text. The approach is based on hierarchical, nested and structured representation of elements. TEI header contains the information describing the whole document. Most digital humanists have found that XML is easy to learn, human readable and interoperable. Even though, they are still facing some constraints: the lack of a user friendly editing and publishing environment, open tools limitation, the demand for an easy to learn and human readable language with a small learning curve, the need of a full markup text, the need of a fully searchable text, the flexibility to integrate new features (geospatial, ocr, analysis...), the interoperability, the heterogeneous form of documents, and the need of a validator and a place to store and manage the documents and information. Our proposed solution consists of developing a simple user-friendly environment for editing and publishing the digital scholarly editions and to respond to all those constraints. The platform offers a simple lightweight interface for creating dynamic forms for handling heterogeneous source of text and data. This paper presents the new approach based on a comprehensive analysis of the current practices and technologies related to digital scholarly editions. It is organized as follows: 1-Introduction about digital scholarly editions and digital publishing, and a literature review to define the use of TEI for standardization and exchangeable content, 2-Methodology based on a discussion of the current constraints stated on the Digital Scholarly Editions workshop, in the Orient Institute in Beirut, "Establishing a framework for scholarly editing and publishing in the 21st century Workshop", 3-Presentation of our solution based on the latest technologies and trends in web, followed by the platform prototype, 4-Conclusion with a recommendation for further development.
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