Difference between revisions of "Fire Simulations Requirements"
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Revision as of 17:22, 19 June 2015
EGI Activity groups | Special Interest groups | Policy groups | Virtual teams | Distributed Competence Centres |
EGI Virtual teams: | Main • | Active Projects • | Closed Projects • | Guidelines |
Key applications and software tools in the fire and smoke simulation area:
- Firestation
- pFirestation
- gFirestation
- Wind simulation
- FARSITE
- Firestation
- Fire Dynamics Simulator (FDS)
Which of the applications would benefit from integration with EGI/NGI services:
- Firestation
- compute intensive (to run on a single machine)
- requires user friendly web interfaces (portal interfaces)
- Two-stage fire prediction scheme
- needs to connect to databases or other resources at multiple sites
- requires hosting on remote resources (to provide a service for a large community)
- requires user friendly web interfaces (portal interfaces)
- FDS
- compute intensive (to run on a single machine)
Computing systems used for running the applications:
- desktop computer
- compute cluster
- Grid infrastructure
Types of applications:
- Pure batch mode
- Parallel applications with lots of communication
- Only transfer of input/output data to computer
- Frequent but small communication between computers
- Coupled applications (applications such as independent fluid structure)
- Parallel applications with low communication
Compilers needed to build the applications:
- gcc
- gfortran
- f90/95