Digitally Archiving the Heritage of Hampi

Chandru, Vijay and Kumar, Namitha A and Vijayashree, C S and Chandru, Uma V (2017) Digitally Archiving the Heritage of Hampi. In: Digital Hampi: Preserving Indian Cultural Heritage. Springer, Singapore, pp. 373-389. ISBN 9789811057373

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Abstract: The Indian Digital Heritage (IDH) Knowledge Bank is a collaborative digital cultural heritage archival project conceptualized and implemented by two interdisciplinary cultural institutions in Bangalore which have been funded by the Department of Science and Technology, Government Of India, for the tasks of collecting, archiving and curating the multimodal content gathered by twenty-seven technology and cultural project teams. A work in progress, this archive is being compiled and developed by an interdisciplinary digital humanities team at International Institute for Art, Culture and Democracy (IIACD) comprising of open-source technologists, communication designers and an art historian. The content being archived includes texts (of varying vintage), audio recordings, still and moving images (2D), 3D point cloud images, mesh and volume models (3D) and multimedia content from the IDH-Hampi projects. There are also technologies and demonstrations of the technologies that are archived as the output of the IDH-Hampi project. In this chapter, we discuss the archival (in this context, we use the term ‘archival’ to indicate the process of collecting and curating cultural content generated by the project) of the multimodal content with the open-source (GNU GPL) archival content management system Omeka (https://omeka.org/) developed and maintained at the Roy Rosenzweig Center for History and New Media, George Mason University. We discuss the test archive and creation of the Knowledge Bank website with Omeka and its tools and plugins, which enable a unified ontology for the IDH project. Computer Scientists have borrowed the concept on ‘Ontology’ from philosophers and use it to encode knowledge of a domain. The ontology is constructed by listing the entities and concepts in the domain and then ascribing meaning to them by adding properties and relations to them. Once these information maps are created, it is possible to build inference engines that can deduce new facts using logical deductions. More advanced artificial intelligence methodologies can use an ontology to recognize concepts and generate recommendations. Also, as demonstrated by the IIT Delhi project on ‘Girija Kalyana’ (a chapter in this volume), the ontology can be used to navigate the content of the knowledge bank using semantically directed (meaningful or ‘intellectual’) paths. The chapter concludes by arriving at a robust ontological scheme to allow for richer and advanced interlinked searches with/between complex semantic text, objects and relationships.
Item Type: Book Section
Additional Information: Copyright belongs to the Publisher
Subjects: School of Humanities > History
School of Humanities > Heritage Studies
Divisions: Schools > Humanities
Date Deposited: 12 Mar 2014 04:14
Last Modified: 21 Mar 2019 08:59
Official URL: https://link.springer.com/chapter/10.1007/978-981-...
Related URLs:
    Funders: UNSPECIFIED
    Projects: UNSPECIFIED
    URI: http://eprints.nias.res.in/id/eprint/478

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