Currently available semantic repositories are not sufficiently equipped to satisfy this important requirement.
This paper introduces our vision for a holistic architecture for semantic annotation, indexing, and retrieval of documents with regard to extensive semantic repositories.
Furthermore, we present an architecture for controlling access to semantic repositories that is based on our newly developed SemForce security service.
Our research provides technical details and insights for researchers and software engineers who are seeking to develop the semantic repositories of similar kind of simulation applications that can be used for building waste performance analysis.
The most common implementation choices (Petcu 2011) are: Open APIs, Open protocols, Standards, Layers of abstraction, Semantic repositories, and Domain-Specific Languages.
The work of Weichselbraun et al. (2014) is a stepping stone towards contextualizing sentiment analysis by integrating different semantic repositories i.e. WordNet, SentiWordNet, WordNetAffect etc.
There are currently several technical approaches to deal with portability and interoperability: open APIs and protocols (like jclouds [147], libcloud [148], OpenStack, OCCI [149] or δ-Cloud [150]), standards (like OVF [151], CDMI [152] or CIMI [153]), frameworks (like for SLAs from SLA@SOI project), semantic repositories (like UCI [154]), or domain specific languages (like CloudML [155]).
A Semantic Web based repository for innovative design and its API for topper Semantic Web applications have been also constructed.
There are several kinds of memory, and this crucial gatekeeper's task seems to be performed, in part, by "semantic" memory, the repository of meanings and knowledge about the world.
