Open Science Article Submitted: April 27, 2012https://doi.org/10.54294/eu7wpn

HyperFlow and ITK v4 Integration: Exploring the use of a modern parallel dataflow architecture in ITK

Vo, Huy1*,Lins, Lauro,Silva, Claudio
1.Polytechnic Institute of New York University
Abstract

Abstract

In this document, we report our activities on the subcontract with Kitware where we carefully study the upcoming ITK v4 pipeline design to help the ITK v4 development team to add support of modern dataflow architectures to ITK.

Keywords

paralleldataflow architecture
Manuscript
Source Code and Data

Source Code and Data

itk_hfQEngineStatus.cpp2.8 KBCMakeLists.txt946 BQImageViewer.cpp2.4 KBQEngineStatus.h673 Bcpu_kernel.cpp3.2 KBQImageViewer.h796 Bcpu_kernel.h1.3 KBcreateImageStream.cpp1.7 KBcropImageStream.cpp3.3 KBhfCMakeLists.txt627 BComputingResource.cpp163 BComputingResource.h401 BData.cpp1.1 KBData.h2 KBExecutionEngine.cpp6.3 KBExecutionEngine.h2.2 KBFlow.cpp1.1 KBFlow.h853 BMakefile1.5 KBMemoryAllocator.cpp1.6 KBMemoryAllocator.h878 BScheduler.cpp13.4 KBScheduler.h1.5 KBTaskImplementation.cpp1.4 KBTaskImplementation.h1.7 KBTaskOrientedModule.cpp2.4 KBTaskOrientedModule.h2 KBThreadVPE.cpp904 BThreadVPE.h397 BVirtualProcessingElement.cpp8 KBVirtualProcessingElement.h3 KBcallback.h780 Bglobal.cpp539 Bglobal.h283 Bhyperflow.h380 Bobjectpool.h2.4 KBstltypes.h2.5 KBthread.cpp1.1 KBthread.h3.7 KBimage.cpp1.9 KBimage.h803 Bmain.cpp2.5 KBpipeline.cpp15.4 KBpipeline.h216 Bitk_edge_detectCMakeLists.txt423 Bmain.cpp8.1 KB

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