PRT.Papers History
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Proto-runtime Toolkit Good starting point for those wishing to implement a language runtime.
The Proto-Runtime Toolkit Good starting point for those wishing to implement a language runtime.
Proto-runtime Toolkit Good starting point for those wishing to implement a language runtime
Proto-runtime Toolkit Good starting point for those wishing to implement a language runtime.
Support for the Collective Effort Towards Portable Performance
Support for the Collective Effort Towards Portable Performance
Supporting the Performant-Portability Software Stack with the Virtualized Master-Slave Abstraction VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x lower overhead than Linux threads.
Supporting the Performant-Portability Software Stack with the Virtualized Master-Slave Abstraction VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 400x lower overhead than Linux threads.
Proto-runtime Toolkit Good starting point for those wishing to implement a language runtime
Proto-runtime Toolkit Journal Paper Good starting point for those wishing to implement a language runtime
Proto-runtime Toolkit Journal Paper Good starting point for those wishing to implement a language runtime
Papers related to VMS
Papers related to the Proto-Runtime System
<this page is copied from VMS, needs to be updated>
Supporting the Performant-Portability Software Stack with the Virtualized Master-Slave Abstraction VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x than Linux threads.
Supporting the Performant-Portability Software Stack with the Virtualized Master-Slave Abstraction VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x lower overhead than Linux threads.
[[http://opensourceresearchinstitute.org/uploads/VMS/12_Ja_20__HotPar_Abstr_for_PStack.pdf | Supporting the Performant-Portability Software Stack with the Virtualized Master-Slave Abstraction]] VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x than Linux threads.
Supporting the Performant-Portability Software Stack with the Virtualized Master-Slave Abstraction VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x than Linux threads.
Master-Slave Abstraction] VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x than Linux threads.
Master-Slave Abstraction]] VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x than Linux threads.
[[http://opensourceresearchinstitute.org/uploads/VMS/12_Ja_20__HotPar_Abstr_for_PStack.pdf | VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x than Linux threads.
[[http://opensourceresearchinstitute.org/uploads/VMS/12_Ja_20__HotPar_Abstr_for_PStack.pdf | Supporting the Performant-Portability Software Stack with the Virtualized Master-Slave Abstraction] VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x than Linux threads.
[[http://opensourceresearchinstitute.org/uploads/VMS/12_Ja_20__HotPar_Abstr_for_PStack.pdf | VMS proto-runtime as support for a portability software stack. Includes performance comparisons between the best Linux thread implementation and the VMS based implementation, which is from 5x to 1000x than Linux threads.
Dissertation: A Study of Frameworks for Collectively Meeting the Productivity, Portability, and Adoptability Goals for Parallel Software
Dissertation: A Study of Frameworks for Collectively Meeting the Productivity, Portability, and Adoptability Goals for Parallel Software
(:URLStart: http://opensourceresearchinstitute.org :)
(:URLStart: http://opensourceresearchinstitute.org:)
(:URLStart: http://opensourceresearchinstitute.org :)
Support for the Collective Effort Towards Portable Performance
A Mutable Hardware Abstraction to Replace Threads
Dissertation:
Dissertation: A Study of Frameworks for Collectively Meeting the Productivity, Portability, and Adoptability Goals for Parallel Software
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Dissertation: ""
Dissertation:
Papers related to VMS
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