Quorum Distributed Object Integration (QuOIN)
QuO/QuOIN version 3.0 is now available
The DARPA Quorum program is pursuing technology research projects that are attempting solutions to a number of the missing capabilities needed for mission critical system development, such as predictable performance for network based applications, fault tolerance and dependability characteristics, real time performance properties, and fine grained distributed systems security. Under the Integration and Evaluation task, Quorum is now expanding its attention beyond the individual QoS technology solution, to include innovation of an integrated QoS environment involving the technology underlying a number of these Quorum projects. QuOIN is the experimental system environment being put together as part of the Distributed Objects specialized integration activity. QuOIN is based on applying the QuO framework to the problem of organizing and delivering to application developers a unified, quality of service based capability for simultaneously managing multiple of these QoS attributes under development in Quorum.
This project is funded by DARPA ITO under the Quorum program.
QuOIN participants and integration components
- BBN's QuO
- Washington University's TAO
- BBN and the University of Illinois AQuA
- BBN and Columbia's DIRM
- Columbia's QOSockets
- CMU's Remos and Darwin
- Georgia Institute of Technology caching
- The University of Utah's Flick
QuOIN Final Report ~ July 29, 2002
Period of Performance: June 1998 – January 2001
Presentations
- Slides from the DARPA Quorum PI meeting in Atlanta, GA, February 16-17, 1999. ( PowerPoint, PDF)
QuOIN People
BBN
Washington University, St. Louis
Last modified 23 July 1999
This project is a DARPA/ITO-funded research effort.
