ISO 2146 (Registry Services for Libraries and Related Organisations) is an international standard currently under development by ISO TC46 SC4 WG7 to operate as a framework for building registry services for libraries and related organisations. It takes the form of an information model that identifies the objects and data elements needed for the collaborative construction of registries of all types. It is not bound to any specific protocol or data schema. The aim is to be as abstract as possible, in order to facilitate a shared understanding of the common processes involved, across multiple communities of practice.
Stonehenge is a set of example applications for Service Oriented Architecture that spans languages and platforms and demonstrates best practise and interoperability.
Why Apache Stonehenge ?
The aim of the Stonehenge project is to develop a set of sample applications to demonstrate seamless interoperability across multiple underlying platform technologies by using currently defined W3C and OASIS standard protocols. By having a set of sample applications, with multiple language and framework implementations will become a useful and important part of the SOA landscape. It will:
* illustrate and develop best practice for interoperable applications that communicate via distributed protocols,
* demonstrate interoperability between platforms,
* provide sample code upon which SOA developers can build,
* help identify interoperability issues and their solutions, and
* build confidence in cross-platform deployment of SOA technologies.
In "Europeana: An Infrastructure for Adding Local Content" Rob Davies describes a Best Practice Network under the eContentPlus Programme to make available locally sourced digital content to the Europeana Service.
In "Europeana: An Infrastructure for Adding Local Content" Rob Davies describes a Best Practice Network under the eContentPlus Programme to make available locally sourced digital content to the Europeana Service.
At the core of the platform lies a common data model to enable interoperability between the different components. In order to interact with the platform, a component should know how to interact with at least a subset of the CDM. The model describes all the commonly used data that is dealt with in the platform, and therefore covers at least taxonomic names and concepts; literature references; authors; (type) specimen; structured descriptive data; and species related content of any kind like economic use or conservation status. Nearly all this data has already been described by existing or upcoming TDWG standards. Unfortunately, there are still major gaps in compatibility, so a new integrated data model has to be developed in order to quickly yield results.
The ongoing goal of this workshop is to explore how to improve the interoperability of Conceptual Structures (CS) tools amongst each other and with other established knowledge representation and reasoning technologies.
The World Wide Database is a globally distributed network of data records that reside on millions of nodes around the network which collectively behaves as a giant virtual, decentralized database system...we need a new kind of server for hosting WWDB node
From legacy relational databases to the semantic web, the China Academy of Traditional Chinese Medicine (CATCM), where over 70 legacy relational databases are semantically interconnected by an ontology with over 70 classes and 800 properties, providing in
From legacy relational databases to the semantic web, the China Academy of Traditional Chinese Medicine (CATCM), where over 70 legacy relational databases are semantically interconnected by an ontology with over 70 classes and 800 properties, providing in
This diagram depicts a spectrum of information sharing capabilities. Moving from lower right to upper left of the diagram, we see that more expressive forms of metadata and semantic modeling encompass the simpler forms, and extend their capabilities. From
This diagram depicts a spectrum of information sharing capabilities. Moving from lower right to upper left of the diagram, we see that more expressive forms of metadata and semantic modeling encompass the simpler forms, and extend their capabilities. From
Ontologies play a prominent role on the Semantic Web. They make possible the widespread publication of machine understandable data, opening myriad opportunities for automated information processing. However, because of the Semantic Web's distributed natur
Ontologies play a prominent role on the Semantic Web. They make possible the widespread publication of machine understandable data, opening myriad opportunities for automated information processing. However, because of the Semantic Web's distributed natur
Semantic Interoperability of Metadata and Information in unLike Environments. SIMILE is focused on developing robust, open source tools based on Semantic Web technologies that improve access, management and reuse among digital assets. SIMILE is a joint p
Semantic Interoperability of Metadata and Information in unLike Environments. SIMILE is focused on developing robust, open source tools based on Semantic Web technologies that improve access, management and reuse among digital assets. SIMILE is a joint p
• standards and interoperability between platforms • user experience and retention • technological barriers to entry • technological limitations (avatars per sim, etc.) • building community • setting societal standards • creating susta
• standards and interoperability between platforms • user experience and retention • technological barriers to entry • technological limitations (avatars per sim, etc.) • building community • setting societal standards • creating susta