Scientific Names and Descriptions for Organisms on the Semantic Web

To bet- ter analyze the alignments our proposal allows, we reviewed existing IoT models as a vocabulary graph, complying with the approach of Linked Open Vocabularies (LOV)..

We describe our efforts to develop a novel resource, the Model Organism Linked Database (MOLD 7 ), which uses Semantic Web technologies to make the knowledge of six model

In this paper, an architecture based on SQ is presented and its implementation is outlined with the goal of generating SADI Semantic Web service code automatically from

The personalization of hypermedia documents is part of the research field of adaptive hypermedia [6]. Within adaptive hypermedia research, adaptive naviga- tion support [8] is

Ac- cordingly, we designed a three layered method illustrated in Figure 1, in which graph databases intermediate this evolvement process from fragmentary data sources to accom-

FRED 4 [5] is an exception, since it is intended to produce semantic data and ontologies with a quality closer to what is expected at least from average linked datasets

By independently naming the descriptions composed of sets of ob- servational features, as well as maintaining connections to scientific names, it preserves the observational data

This paper focuses on the infrastructure supporting sensor meta- data acquisition and management based on semantic technologies.. Semantic technologies have been identified