Agent-based high-performance simulation of biological systems on the GPU

S Konur, M Kiran, M Gheorghe… - 2015 IEEE 17th …, 2015 - ieeexplore.ieee.org
Simulation of biological systems are computationally demanding due to the large scale
reaction networks of bacterial cells. This scalability issue escalates, in particular, when …

Flame: A platform for high performance computing of complex systems, applied for three case studies

M Kiran, M Bicak, S Maleki-Dizaji… - Acta Physica Polonica …, 2011 - osti.gov
FLAME allows complex models to be automatically parallelised on High Performance
Computing (HPC) grids enabling large number of agents to be simulated over short periods …

[KNYGA][B] X-machines for Agent-based Modeling: FLAME Perspectives

M Kiran - 2017 - library.oapen.org
This book discusses various aspects of agent-based modeling and simulation using FLAME
(Flexible Large-scale Agent-Based Modeling Environment) which is a popular agent-based …

[PDF][PDF] Agent-based High-Performance Simulation of Biological Systems on the GPU

MK Savas Konur, M Gheorghe, M Burkitt, F Ipate - researchgate.net
Simulation of biological systems are computationally demanding due to the large scale
reaction networks of bacterial cells. This scalability issue escalates, in particular, when …

[CITATA][C] Multiple platforms: Issues of porting Agent-Based Simulation from Grids to Graphics cards