RAVE: the resource‐aware visualization environment

Abstract

SUMMARYWe present the resource-aware visualization environment (RAVE) project, from its inception and design phases, through implementation choices and final actual use cases. RAVE is a distributed, collaborative Grid-enabled visualization environment that supports automated resource discovery across heterogeneous machines. RAVE runs as a background process using Web services, enabling us to share resources with other users rather than commandeering an entire machine. RAVE supports a wide range of machines, from hand-held PDAs to high-end servers with large-scale stereoscopic, tracked displays. The local display device may render all, some or none of the data set remotely, depending on its capability and present loading, utilizing remote servers to assist where necessary. This enables scientists and engineers to collaborate from their desks, in the field, or in front of specialized immersive displays.

Towards a Grid-Enabled Simulation Framework for Nano-CMOS Electronics

“…In supporting this, we intend to develop services allowing users to visualize the results of particular simulations in real time. This will exploit the results of the OMII-RAVE project 5 in which the National e-Science Centre at Glasgow is involved; this is a continuation of the original RAVE [14] project led by the University of Cardiff.…”

VizLitG: Grid Visualization e-Service Enabling Partial Dataset Transfer from Storage Elements of gLite-based Grid Infrastructure

“…RAVE (Resource-Aware Visualization Environment) [18] was a collaborative visualization environment that scaled across visualization platforms, ranging from large immersive devices all the way down to handheld the partial differential equations. RAVE was based on web service technologies, and provided distributed rendering on remote machines.…”

“…In addition to the GridSphere portal framework [17] and Globus Toolkit 3.2 [15], the GECEM consists of three other main components: the GridPortlets web application, the GECEM Portlets and the RAVE [18], providing a collaborative visualization capability.…”

A PDA client for the computational Grid

“…Projects such as RAVE [5] and RealityGrid [6,7] have produced lightweight clients to allow scientists to visualize and steer results from computational simulations using PDA clients. However, these projects are application-focussed and assume a hosting environment in which to run computational simulations and visualizations that does not necessarily interoperate with other generic Grid components.…”