Pinned Repositories
CityGraph
EasyVVUQ-QCGPJ
EasyVVUQ-QCGPJ provides an API to configure EasyVVUQ to use QCG Pilot Job for execution of demanding parts of EasyVVUQ workflow in parallel. It enables efficient execution of critical parts of EasyVVUQ workflows on HPC machines.
EasyVVUQApplicationsSupplementary
Scripts/data for supplementary information section of the EasyVVUQ Applications paper
FabDummy
A dummy example plugin for FabSim3
FabFlee
FabSim3 plugin for automated Flee-based simulations
fabmogp
flee-release
Public releases of the FLEE agent-based modelling code.
muscle3
The third major version of the MUltiScale Coupling Library and Environment
pyroutelib3
Routing on OSM data in Python 3
Visualflee
Visualflee provides visualisation of refugee movements and how cities and camp are populated over the simulation period
cspgdds's Repositories
cspgdds/Visualflee
Visualflee provides visualisation of refugee movements and how cities and camp are populated over the simulation period
cspgdds/pyroutelib3
Routing on OSM data in Python 3
cspgdds/CityGraph
cspgdds/EasyVVUQ-QCGPJ
EasyVVUQ-QCGPJ provides an API to configure EasyVVUQ to use QCG Pilot Job for execution of demanding parts of EasyVVUQ workflow in parallel. It enables efficient execution of critical parts of EasyVVUQ workflows on HPC machines.
cspgdds/EasyVVUQApplicationsSupplementary
Scripts/data for supplementary information section of the EasyVVUQ Applications paper
cspgdds/FabDummy
A dummy example plugin for FabSim3
cspgdds/FabFlee
FabSim3 plugin for automated Flee-based simulations
cspgdds/fabmogp
cspgdds/flee-release
Public releases of the FLEE agent-based modelling code.
cspgdds/muscle3
The third major version of the MUltiScale Coupling Library and Environment
cspgdds/Networkflee
Automated network map construction across geographical locations
cspgdds/VECMA-tutorials
Repository containing tutorial materials for the VECMA project, particularly for VECMAtk
cspgdds/vecma_workshop_tutorial
Python files for the VECMA mogp_emulator tutorial
cspgdds/VECMAtk
The VECMA toolkit (VECMAtk), establishes a platform for verification, validation and uncertainty quantification (VVUQ). The goal is to provide tools that can be combined to capture complex scenarios, applied to applications in disparate domains, and used to run multiscale simulations on any desktop, cluster or supercomputing platform.