Visualisation in e-Demand: A Grid Service Architecture for Stereoscopic Visualisation
نویسندگان
چکیده
The visualisation strand of the e-Demand project focuses on the use of Grid services to support stereoscopic visualisation in a distributed environment. The architectural design of the framework allows each part of the visualisation pipeline, implemented as a Grid service and communicating in a peer-to-peer manner, to be highly flexible and configurable using the resources most appropriate to the task. An implementation of the framework has been done using Java and a case study has been developed to test it.
منابع مشابه
Distributing Stereoscopic Scientific Visualisation across the Grid
An architecture that allows stereoscopic scientific visualisation to be distributed across the grid is presented. As the quantity of data generated by scientists increases so does the need for tools to analyse and interpret that data: visualisation is one such tool. The architecture presented allows resources distributed across the grid to be brought together and allows scientists to build effe...
متن کاملVisualisation on the Grid: A Web Service Approach
The visualisation strand of the e-Demand project is working to distribute the visualisation pipeline across the Grid, allowing visualisations to be composed as needed. The traditional visualisation pipeline concept is maintained by providing an ability to divide a visualisation into its component parts and then built upon by allowing each of these parts to be deployed on an appropriate grid res...
متن کاملThe e-Demand project: A Summary
The e-Demand project is a recently completed, three year joint collaborative e-Science project between the Universities of Durham and Leeds, together with experts from industry (Sun Microsystems, Sharp, and Sparkle Computer Technology). The goal of e-Demand has been to investigate fundamental dependability issues underlying large-scale coordinated resource sharing and problem solving in dynamic...
متن کاملThe PROVE Trace Visualisation Tool as a Grid Service
This paper introduces the way of separating the PROVE trace visualisation tool from the P-GRADE environment into a stand-alone Grid service. The separation resulted three PROVE implementations: a local service, a servlet based solution and an OGSA (Open Grid Services Architecture) enabled GT3 (Globus Toolkit) Grid service. The paper describes the problems and decisions during the development pr...
متن کاملGrid-based Interactive Visualisation of Medical Images
The paper addresses the development and use of Grid middleware and the use of distributed resources for interactive visualisation of simulated data within a dedicated problemsolving environment. We developed an agent-oriented architecture, the Interactive Simulation System Conductor (ISS), for the design of interactive experiments. The Vascular Radiology Explorer is a case study for these exper...
متن کامل