ABSTRACT
Leveraging the advances of today's commodity graphics hardware, adoption of community proven collaboration technology, and the use of standard Web and Grid technologies a flexible system is designed to enable the construction of a distributed collaborative radiological visualization application. The system builds from a prototype application as well as requirements gathered from users. Finally constraints on the system are evaluated to complete the design process.
Subject(s)
Artificial Intelligence , Computer Communication Networks , Radiology Information Systems , Computer Systems , Humans , Teleradiology/methods , User-Computer InterfaceABSTRACT
This paper describes early technical success toward enabling high quality distributed shared volumetric visualization of radiological data in concert with multipoint video collaboration using Grid infrastructures. Key principles are the use of commodity off-the-shelf hardware for client machines and open source software to permit deployment of over a large and diverse group of sites. Key software used includes the Access Grid Toolkit, the Visualization Toolkit, and Chromium.
