Dublin Core Metadata for Resource Discovery

Weibel, Stuart; Kunze, John; Lagoze, Carl; Wolf, M.

doi:10.17487/rfc2413

Cited by 248 publications

(131 citation statements)

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“…However, it would be trivial for one to define more bibliographic tags and publish their definitions along side the standard GUIDO specifications. These tags could even be based on an existing bibliographic file standard such as BIBT E X (Patashinik 1988) or Dublin Core Metadata (Weibel et al 1998) to provide interchange with existing publishing and cataloguing systems.…”

Section: Bibliographic Informationmentioning

confidence: 99%

Selected Research in Computer Music

Droettboom¹

2017

Preprint

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This thesis describes three interrelated projects that cut across the author's interests in musical information representation and retrieval, programming language theory, machine learning and human/computer interaction.I. Optical music recognition. This first part introduces an optical music interpretation (OMI) system that derives musical information from the symbols on sheet music.The first chapter is an introduction to OMI's parent field of optical music recognition (OMR), and to the present implementation as created for the Levy project.It is important that OMI has a representation standard in which to create its output. Therefore, the second chapter is a somewhat tangential but necessary study of computer-based musical representation languages, with particular emphasis on GUIDO and Mudela.The third and core chapter describes the processes involved in the present optical music interpretation system. While there are some details related to its implementation in the Python programming language, most of the material involves issues surrounding music notation rather than computer programming.The fourth chapter demonstrates how the logical musical data generated by the OMI system can be used as part of a musical search engine.II. Tempo extraction. The second part presents a system to automatically obtain the tempo and rubato curves from recorded performances, by aligning them to strict-tempo MIDI renderings of the same piece of music. The usefulness of such a system in the context of current musicological research is explored.III. Realtime digital signal processing programming environment. Lastly, a portable and flexible system for realtime digital signal processing (DSP) is presented. This system is both easyto-use and powerful, in large part because it takes advantage of existing mature technologies. This framework provides the foundation for easier experimentation in new directions in audio and video processing, including physical modeling and motion tracking.iii

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Section: Bibliographic Informationmentioning

confidence: 99%

Selected Research in Computer Music

Droettboom¹

2017

Preprint

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“…These information may be used to properly represent the task in a user interface. We have introduced annotations that are a copy of Dublin Core [14] metadata tags used typically in XML to describe these properties of elementary tasks. The title may be for example used for a label related to a text field for input of the appropriate data and description for providing a tooltip closer describing the required input.…”

Section: Metadata Related To User Interfacesmentioning

confidence: 99%

Methods for Efficient Development of Task-Based Applications

Slovacek

2010

Human-Centred Software Engineering

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Abstract. This paper introduces methods for developing task-based applications by tightly integrating workflows with application logic written in an imperative programming language and automatically completing workflows especially with tasks that mediate interaction with users. Developers are then provided with completed workflow they may be used for further development. Automatic completion of workflows should enable to significantly shorten the development process and eliminate repetitive and error-prone development tasks. Information extracted from workflow structure and low level application logic may then be used to automatically generate low to high fidelity prototype user interfaces for different devices and contexts.

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“…For example, the resource is a book, the item uses an ISBN for its unique identifier, and the metadata is available natively in MARC as well as a Dublin Core (DC) [3] subset intended for general resource discovery. ASDC's resources are not that uniform; they have a hierarchy of "project/collection/granule" (in descending order of magnitude and rate of change) to specify provenance and versioning.…”

Section: Oai-pmh Architecture Optionsmentioning

confidence: 99%