The Alpaca project is developing high-level tools that help scientists develop and maintain large, complex applications. The Alpaca tools will allow developers and end-users to examine and validate the correctness of an application, and aid them in measuring and improving its performance in production environments. Alpaca is based on the Cactus framework, and these tools are components themselves, built into the application and interacting with it. Alpaca's approach includes help to render applications tolerant against partial system failures, which is becoming a pressing need with tomorrow's architectures consisting of tens of thousands of nodes.
Alpaca is funded by the NSF SDCI programme for three years as award #0721915. A report outlining the Alpaca project in more detail is available as CCT Technical Report CCT-TR-2008-2. We also presented a poster (PDF, 5.8 MB) at the Building PetaScale Applications and Software Environments on TeraGrid workshop in Phoenix, AZ, in December 2007.
Current:
Gabrielle Allen (co-PI)
Eloisa Bentivegna (postdoc)
Maciej Brodowicz (research staff)
Oleg Korobkin (graduate student)
Christian D. Ott (co-PI)
Christian
Reisswig (graduate student
at AEI)
Erik Schnetter (PI)
Mayank Tyagi (co-PI)
Former:
Junaid Ahmed (graduate student)
Tyler Barker (undergraduate student)
Tom Goodale (co-PI)
Alpaca
Alpaca:
- Performance Monitoring
- Interactive Debugging
- Fault Tolerance
- With Common User Interface
Contact:
email:
schnetter@cct.lsu.edu
web:
http://www.cct.lsu.edu/
~eschnett/Alpaca/
Project details:
CCT
Technical Report
CCT-TR-2008-2
Related Projects:
Cactus
Carpet
ParCa
XiRel
Related Tools:
Einstein Toolkit
Formaline
Kranc
LoopControl
McLachlan
Simulation Factory
Related Sites:
Erik
Schnetter
CCT
LSU Relativity Group
numrel@CCT
numrel@AEI
Last modified: 12 October 2008