In "#ParallelizationStrategies for Spatial #AgentBasedModel's" we explored the performance of several #parallelization techniques. However, the main contribute of this study was the #scientificreproducibility assessment of the different strategies. https:
Link to open ink to open visualization of our 2017 paper "#Parallelization Strategies for Spatial #AgentBasedModels": https://t.co/S4CnGyuCAs Or you could always check the always free #ArXiv version: https://t.co/pbLncr5i6B
Free link to our paper "#Parallelization strategies for spatial #AgentBasedModels" #Multithreading #Java #ABM #CPU https://t.co/lIzzPCppGd
#Parallelization strategies for spatial #AgentBasedModels at https://t.co/06FADsrwiq #springerlink #Multithreading #Sharedmemory #cpu #Java
#Datasets and #scripts of the #Java #ABM #parallelization strategies #arXiv manuscript (https://t.co/ODdVCBgwUD) at https://t.co/sywmxjX0ZH
Update: #Parallelization Strategies for Spatial #AgentBasedModels #arXiv #preprint @arXiv_cs https://t.co/ODdVCBgwUD https://t.co/nsj3sRqSGo
RT @nunofachada: Recent #arXiv #preprint: #Parallelization Strategies for Spatial #AgentBasedModel.s http://t.co/ODdVCBgwUD #Java #NetLogo
RT @nunofachada: Recent #arXiv #preprint: #Parallelization Strategies for Spatial #AgentBasedModel.s http://t.co/ODdVCBgwUD #Java #NetLogo
Recent #arXiv #preprint: #Parallelization Strategies for Spatial #AgentBasedModel.s http://t.co/ODdVCBgwUD #Java #NetLogo