Title: Cobis Linked Open Data Portal
Team: Synapta (& Friends!)

Short description:
The CoBiS Linked Open Data pilot project provides a unique point of access to the collections of seven of the 65 specialized libraries forming the CoBiS network. We merge cataloguing data from five different pieces of software, also linking to multimedia content. The interlinking focuses on Wikidata and VIAF, and the reference ontologies are BIBFRAME and Schema.org. During the implementation of the project, we developed and released as open source JARQL, an innovative triplification software (https://github.com/linked-solutions/jarql), and we developed OLAF (https://olaf.synapta.io/), a mix’n’match-style interface to crowdsource the interlinking of authority files.

(184 votes, average: 4.62 out of 5)
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Title: aLOD
Team: Zazuko

Short description:
aLOD provides a new way to interact with archival information in a modern HTML5 environment. All components are highly customizable for other Linked Data vocabularies and available as Open Source Software.

(30 votes, average: 4.47 out of 5)
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Title: Genealogy Project
Team: Wei LIU

Short description:

Data opening become the responsibility and development opportunity of library. Shanghai library has been trying to use the Linked Open Data technologies to reorganize the traditional resources, by constructing the genealogy of knowledge service platform( jp.library.sh.cn ). With the process of BIBFRAME ontology designing, data transformation from RDB to RDF, system design based on the four principles of Linked Data, and system development based on the framework of semantic technologies, the platform can support bibliographic control in the environment of Internet, family information search service for the ordinary user requirements, knowledge mining and knowledge value-added functions for the scholars of humanities.

(296 votes, average: 4.44 out of 5)
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Title: Infoseg
Team: Jose M Guerrero

Short description:
Application of mind mapping automation in the visualization of complex LOD-LAM information. Mind mapping avoids the characteristic disorientation of hypertext systems. The mind mapping system is a clear alternative to avoid the problems and frustrations created by hypertext navigation. Besides avoiding disorientation, the mind mapping solution allows navigation in the LOD-LAM information without the need of being connected to the internet and with higher speed.
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(7 votes, average: 2.86 out of 5)
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Country: Spain