Title :
The next-generation distributed-object Web and its application to sports medicine
Author :
McCellan, Stan ; Tanik, Murat M. ; Tanju, Murat N. ; Jololian, Leon ; Crowe, Jack
Abstract :
A significant strength of the current World Wide Web (Web) includes the striking similarity between "a document" and "an object", as defined by distributed object computing. In effect, the Web is a simple-minded distributed object system. It is generally recognized that current Web technologies are insufficient for supporting complex, enterprise-class applications such as distributed, network-based healthcare applications. Currently, several Web-based technologies are under development to support the evolution of the commodity Web toward a true "object-oriented" paradigm. These technologies and the associated risk, utility and scalability of this type of deployment in modern healthcare-related enterprises are the focus of our report.
Keywords :
Internet; distributed object management; information resources; medical information systems; sport; World Wide Web; distributed object computing; distributed-object Web; enterprise-class applications; healthcare applications; object-oriented paradigm; risk; scalability; sports medicine; Computational Intelligence Society; Electrical capacitance tomography; Hip; Humans; Internet; Lifting equipment; Marketing and sales; Medical services; Protocols; Terminology;
Conference_Titel :
System Sciences, 2000. Proceedings of the 33rd Annual Hawaii International Conference on
Print_ISBN :
0-7695-0493-0
DOI :
10.1109/HICSS.2000.926921