VMS.Papers History

Show minor edits - Show changes to markup - Cancel

May 28, 2013, at 02:47 PM by 192.16.201.181 -
Changed line 12 from:

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.

to:

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.

Restore
May 28, 2013, at 02:46 PM by 192.16.201.181 -
Changed lines 12-13 from:

[[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.

to:

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.

Restore
May 28, 2013, at 02:46 PM by 192.16.201.181 -
Changed line 13 from:

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.

to:

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.

Restore
May 28, 2013, at 02:45 PM by 192.16.201.181 -
Changed lines 12-13 from:

[[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.

to:

[[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.

Restore
May 28, 2013, at 02:45 PM by 192.16.201.181 -
Added lines 11-12:

[[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.

Restore
June 23, 2012, at 03:51 AM by 24.130.186.152 -
Changed line 12 from:

Dissertation: A Study of Frameworks for Collectively Meeting the Productivity, Portability, and Adoptability Goals for Parallel Software

to:

Dissertation: A Study of Frameworks for Collectively Meeting the Productivity, Portability, and Adoptability Goals for Parallel Software

Restore
June 23, 2012, at 03:50 AM by 24.130.186.152 -
Changed line 1 from:

(:URLStart: http://opensourceresearchinstitute.org :)

to:

(:URLStart: http://opensourceresearchinstitute.org:)

Restore
June 23, 2012, at 03:03 AM by 24.130.186.152 -
Added line 1:

(:URLStart: http://opensourceresearchinstitute.org :)

Changed line 6 from:

to:

Support for the Collective Effort Towards Portable Performance

Changed line 9 from:

to:

A Mutable Hardware Abstraction to Replace Threads

Changed lines 12-14 from:

Dissertation:

This PhD Dissertation was published in 2011. It explains the problem being solved by parallelism research, and introduces new computation models as a basis for understanding parallel computation. The next-to-last 2 chapters cover VMS. Chapters 6, 7, and 8 are useful background for understanding VMS, and 2, 3, and 4 are useful for understanding the use of VMS as a base for portability infrastructure..
to:

Dissertation: A Study of Frameworks for Collectively Meeting the Productivity, Portability, and Adoptability Goals for Parallel Software

This PhD Dissertation was published in 2011. It explains the problem being solved by parallelism research, and introduces new computation models as a basis for understanding parallel computation. The next-to-last 2 chapters cover VMS. Chapters 6, 7, and 8 are useful background for understanding VMS, and 2, 3, and 4 are useful for understanding the use of VMS as a base for portability infrastructure..
Restore
June 23, 2012, at 02:49 AM by 24.130.186.152 -
Changed line 5 from:

&quot"

to:

Changed line 8 from:

""

to:

Changed line 11 from:

Dissertation: ""

to:

Dissertation:

Restore
June 23, 2012, at 02:44 AM by 24.130.186.152 -
Added lines 1-13:

Papers related to VMS

Click on the title to download the paper for viewing

&quot"

This is the first paper published that mentions VMS, in HotPar 2011. It is a position paper arguing for a segment-wide infrastructure to support portability. VMS is mentioned as a candidate to base this on.

""

The first paper to give a detailed specification of VMS, in LCPC 2011. It gives technical depth and early measurements of time to create a plugin, VMS overhead, and performance comparisons.

Dissertation: ""

This PhD Dissertation was published in 2011. It explains the problem being solved by parallelism research, and introduces new computation models as a basis for understanding parallel computation. The next-to-last 2 chapters cover VMS. Chapters 6, 7, and 8 are useful background for understanding VMS, and 2, 3, and 4 are useful for understanding the use of VMS as a base for portability infrastructure..
Restore