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ffnamespace:about [2014/08/01 16:46]
aldinuc [Application scenarios]
ffnamespace:about [2015/03/07 15:14] (current)
aldinuc
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-FastFlow (斋戒流) is a C++ parallel programming framework advocating high-level, pattern-based parallel programming. It chiefly supports streaming and data parallelism,​ targeting ​ heterogenous platforms composed of clusters of shared-memory platforms, possibly equipped with computing accelerators such as NVidia GPGPUs, Xeon Phi, Tilera TILE64. ​+FastFlow (快速流) is a C++ parallel programming framework advocating high-level, pattern-based parallel programming. It chiefly supports streaming and data parallelism,​ targeting ​ heterogenous platforms composed of clusters of shared-memory platforms, possibly equipped with computing accelerators such as NVidia GPGPUs, Xeon Phi, Tilera TILE64. ​
  
 The main design philosophy of FastFlow is to provide application designers with key features for parallel programming (e.g. time-to-market,​ portability,​ efficiency and performance portability) via suitable parallel programming abstractions and a carefully designed run-time support. The main design philosophy of FastFlow is to provide application designers with key features for parallel programming (e.g. time-to-market,​ portability,​ efficiency and performance portability) via suitable parallel programming abstractions and a carefully designed run-time support.
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   * **Bowtie2**:​ fast and sensitive read alignment //​(multicore;​ porting of the original version developed with pthreads and spinlocks)//​   * **Bowtie2**:​ fast and sensitive read alignment //​(multicore;​ porting of the original version developed with pthreads and spinlocks)//​
   * **Two-phase video/image restoration** for impulsive/​Gaussian noise //​(multicore,​ GPGPUs, heterogeneous;​ original algorithm)//​   * **Two-phase video/image restoration** for impulsive/​Gaussian noise //​(multicore,​ GPGPUs, heterogeneous;​ original algorithm)//​
-  * **Cholesky decomposition** //​(multicore, ​porting of the PLASMA version)//+  * **Block-based ​Cholesky ​& LU decomposition** ​for dense matrices ​//​(multicore, ​original algorithms)//
   * **Yadt C4.5 classifier** //​(multicore;​ original algorithm)//​   * **Yadt C4.5 classifier** //​(multicore;​ original algorithm)//​
   * **CWC Gillespie simulator** for systems biology //​(multicore,​ distributed,​ GPGPUs; original algorithm)//​   * **CWC Gillespie simulator** for systems biology //​(multicore,​ distributed,​ GPGPUs; original algorithm)//​
   * SWPS3: vectorized **Smith-Waterman** local alignment software //​(multicore;​ porting of the original version developed with pthreads)//   * SWPS3: vectorized **Smith-Waterman** local alignment software //​(multicore;​ porting of the original version developed with pthreads)//
   * **pbzip2**: Parallel BZIP2 //​(multicore;​ porting of the original version developed with POSIX processes)//​   * **pbzip2**: Parallel BZIP2 //​(multicore;​ porting of the original version developed with POSIX processes)//​
-  * nqueens, fibonacci, QT-mandebrot,​ matrix block multiplication,​ ... //​(multicore,​ GPGPUs, distributed,​ heterogeneous)//​+  * Fast networks **Deep Packet Inspection** //​(multicore;​ original algorithm)//​ 
 +  * Several standard algorithms, such as nqueens, fibonacci, QT-mandebrot,​ matrix block multiplication,​ ... //​(multicore,​ GPGPUs, distributed,​ heterogeneous)//​
   * over 100 micro-benchmarks testing individual features and patterns //​(multicore,​ GPGPUs, distributed,​ heterogeneous)//​   * over 100 micro-benchmarks testing individual features and patterns //​(multicore,​ GPGPUs, distributed,​ heterogeneous)//​
  
-The source code of all applications can be found in the [[https://​sourceforge.net/​p/​mc-fastflow/​code/​|FastFlow SVN repository]] under either LGPLv3 or GNU GPL license. ​+The source code of (almost) ​all applications can be found in the [[https://​sourceforge.net/​p/​mc-fastflow/​code/​|FastFlow SVN repository]] under either LGPLv3 or GNU GPL license. The design of applications and their performance are described in [[http://​alpha.di.unito.it/​fastflow-papers|research papers]].
 ==== Design ==== ==== Design ====
  
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 ==== Big Pictures ==== ==== Big Pictures ====
  
-^FastFlow big picture (2014)^App: faster Bowtie2 (2013)^Lock-less programming with FastFlow (2012) ^ +^FastFlow/​C++11 in REPARA^FastFlow big picture (2014)^App: faster Bowtie2 (2013)^ 
-|[[http://​calvados.di.unipi.it/​storage/​paper_files/​2014_ff_poster_hipeac.pdf|{{:​ffnamespace:​2014_ff_poster_hipeac.png?​220}}]]|[[http://​calvados.di.unipi.it/​storage/​paper_files/​2013_ff_botie2_mem_affinity_acaces.pdf|{{:​ffnamespace:​2013_ff_botie2_mem_affinity_acaces.png?​220}}]]|[[http://​calvados.di.unipi.it/​storage/​paper_files/​2012_ACACES_poster.pdf|{{:​ffnamespace:​2012_acaces_poster.png?​330}}]]|+|[[http://​calvados.di.unipi.it/​storage/​paper_files/​2015_Artemis_REPARA_FF_poster.pdf|{{:​ffnamespace:​2015_artemis_repara_ff.png?​220|}}]]|[[http://​calvados.di.unipi.it/​storage/​paper_files/​2014_ff_poster_hipeac.pdf|{{:​ffnamespace:​2014_ff_poster_hipeac.png?​220}}]]|[[http://​calvados.di.unipi.it/​storage/​paper_files/​2013_ff_botie2_mem_affinity_acaces.pdf|{{:​ffnamespace:​2013_ff_botie2_mem_affinity_acaces.png?​220}}]]| 
 +|Artemis Co-Summit 2015| |HiPEAC-ACACES 2013| 
 + 
 +^FastFlow & its applications (2014)^Lock-less programming with FastFlow (2012)^ 
 +|[[http://​calvados.di.unipi.it/​storage/​paper_files/​2014_ff_poster_openday_unito.pdf|{{:​ffnamespace:​2014_ff_poster_openday_unito.png?​330|}}]]|[[http://​calvados.di.unipi.it/​storage/​paper_files/​2012_ACACES_poster.pdf|{{:​ffnamespace:​2012_acaces_poster.png?​330}}]]
 +|UniTO Industrial day 2014|HiPEAC-ACACES 2012|
  
  
ffnamespace/about.1406904396.txt.gz · Last modified: 2014/08/01 16:46 by aldinuc