Towards the Automatic Deployment of Data in Linked Data Platforms

Towards automatic deployment of data platforms from existing data sources

Automatic Landing of Small Helicopters on 4 DOF Moving Platforms

In this research, an automatic control system is designed for landing of a small helicopter on a 4 DOF moving platform. The platform has three translational and one directional degree of freedom. The controller design approach is based on development of helicopter nonlinear dynamic model into the SDC (State Dependent Coefficient) form and real time solving of state dependent Riccati equation (S...

THE USAGE OF ARTIFICIAL NEURAL NETWORKS IN HYDRODYNAMIC ANALYSIS OF FLOATING OFFSHORE PLATFORMS

Floating offshore structures, particularly floating oil production, storage and offloading systems (FPSOs) are still in great demand, both in small and large reservoirs, for deployment in deep water. The prediction of such vessels’ responses to her environmental loading over her lifetime is now often undertaken using response-based design methodology, although the approach is still in its...

A system to automatize the deployment of data in Linked Data Platforms

The Linked Data Platform (LDP) 1.0 is the W3C Recommendation for exposing linked data in a RESTful manner. Current solutions for LDP exist but provide no support for deploying data from external sources in LDPs. In this paper, we address this issue by providing a generic LDP resource generator which can automatize data deployment both from RDF and heterogeneous sources into LDP repositories. We...

Application of Big Data Analytics in Power Distribution Network

Smart grid enhances optimization in generation, distribution and consumption of the electricity by integrating information and communication technologies into the grid. Today, utilities are moving towards smart grid applications, most common one being deployment of smart meters in advanced metering infrastructure, and the first technical challenge they face is the huge volume of data generated ...